SCHEME OF COURSES FOR B.TECH. CIVIL ENGINEERING FOR 2011 BATCH AND ONWARDS B. TECH. Ist SEMESTER Course No.Course titleLTPC CIV-102Engineering Drawing 20 44 B. TECH. 2nd SEMESTER Course No.Course titleLTPC CIV-201Engineering Mechanics3 10 4 B.TECH. 3RD SEMESTER (CIVIL) Course No.Course titleLTPC CIV-301Structural Analysis- I2204 CIV-301(P)Structural Engineering Lab- I0021 CIV-302Fluid Mechanics-I2103 CIV-302(P)Fluid Mechanics Lab-I0021 CIV-303Surveying-I2103 CIV- 303(P)Surveying Lab-I0032 MTH-303Mathematics-I2103 ELE-304 Basic Electrical Engineering2103 ELE-304(P)Basic Electrical EngineeringLab.0021 HSS-301Humanities & Social Science-I2103 CIV-300Professional Development Activities0021 Total Contact Hours and Credits3025 COURSES OFFERED TO OTHERS DEPARTMENTS (METALLURGY) CIV- 304Geology & Mineralogy2204 CE-304(P)Geology & Mineralogy Lab.0021 B.TECH. 4th SEMESTER (CIVIL) Course No.Course titleLTPCRemarks CIV-401Structucal Analysis- II2103 * Two weeks survey camp immediately after exam. of 4th semester (J uly) CIV-402Fluid Mechanics-II2103 CIV-402(P)Fluid MechanicsLab-II0021 CIV-403Surveying-II2103 CIV-403(P)Surveying Lab0021 CIV-403(SC)Surveying Camp*0042 CIV-404Geotechnical Engineering-II2103 CIV-404(P)GeotechnicalLaboratory0021 CIV-405Building Drawing and Construction3104 MTH-406Mathematics-II2103 CIV-400Professional Development Activities0021 Total Contact Hours and Credits3125 BTECH. 5th- SEMESTER (Civil) Course No.Course titleLTPC CIV-501Design of Structures-I2204 CIV-501(P)Concrete Laboratory0021 CIV-502Traffic Engineering and Road Facilities 2103 CIV-503Geotechnical Engineering-II2204 CIV-503 (P)GeotechnicalLaboratory0021 CIV-504Water Resources Engineering2204 CIV-505Quantity Surveying and Cost Evaluation 2103 CIV-500Professional Development Activities0021 Elective Courses CIV-511: E1 Architecture and Town Planning 2103Concrete Technology Engineering Seismology Total Contact Hours and Credits2925 COURSES OFFERED TO OTHERS DEPARTMENTS (ELECTRICAL)CIV-506Hydraulics and Hydraulic Machines3104 B.TECH. 6th SEMESTER (Civil)Course No.Course titleLTPC CIV-601Design of Structures-II2204 CIV-601(P)Structural Engineering Lab.0021 CIV-602Highway Engineering and PMS2204 CIV-602(P)Highway Lab.0021 CIV-603Engineering Geology and Materials3104 CIV-603 (P)Geology Lab.0021 CIV-604Hydropower Engineering2103 CIV-600Professional Development Activities0021 Elective Courses CIV-611:E1 Advanced Geotechnical Engineering 2103 CIV-611:E1Water Shed Management PHY-ELE,E1Solar Architecture CIV-612E2 Structural Analysis-III 2103 Disaster Management(F) Applied HydrologyTotal Contact Hours and Credits 2925

B.TECH. 7thSEMESTER (Civil) Course No.Course titleLTPC CIV-701Water supply & Sanitary Engg.2103 CIV-701(P)Water Quality lab0021 CIV-702Structural Dynamics 2103 CIV-703Construction Technology & Management 2103 CIV-704Design of Structures-III2204 CIV-705Seminar0202 CIV-706Project Pre-Work0042 CIV-700Professional Development Activities0021 Elective courses CIV-711:E1 MTH-711:E1 Railway and Airport Engineering2103 Fluvial HydraulicsOperation ResearchCIV-712:E2 SoilDynamics and m/c foundations 210 3Advanced Structural Analysis Computer Aided Design*(F)104 Total Contact Hours and Credits3025 *For examination purpose it will be treated similar to a laboratory course. B.TECH. 8thSEMESTER (Civil): Course No.Course titleLTPC CIV-801Irrigation and Hydraulic Structures2204 CIV-802Bridge Engineering2103 CIV-803Project*051010 CIV-804 Practical Training & Viva-voce 0002 ELECTIVE COURSES CIV-811:E1

MTH-811 Rock Mechanics and Tunneling Technology2103 Transportation Planning and EconomicsNumerical Methods in Civil Engineering CIV-812:E2 Ground Improvement Techniques 2103 Earthquake Resistant Design Environmental EngineeringTotal Contact Hours and Credits2825 *The evaluation will be done as per statutes. ANNEXURE-IREVISED SCHEME OF COURSESFOR 4-YEAR B.TECH. PROGRAMMEIN CIVIL ENGINEERING NATIONAL INSTITUTE OF TECHNOLOGY SRINAGAR NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPARTMENT: DepartmentofCivilEngineering1. SubjectCode:CIV102 CourseTitle:EngineeringDrawing2.ContactHours:L:2 T:0 P:43.ExaminationDuration(Hrs):Minor1:1 Minor2:1 Major:34.RelativeWeightage:Minor1:20 Minor2:20 Assignments:10 Major:505.Credits:4 6.Semester:1st(Autumn) 7.Prerequisite:Nil8.Objective:TogiveStudentsbasicknowledgeoftreatmentofproblemsindesignanddrawingbygeometricalmethodsandtodeveloptheabilitytovisualizethepictorialviewfromthegivenorthographicviewandviceversa.9.DetailsofCourse:S.No Contents LectureHours1. Typesofprojections,conceptofsolidas3dimensionalobject,linesandplanes,firstandthirdanglepractices122. Projectionsofsimplegeometricalsolids,placedinsimplepositionswithsinglerotationoftheface,edgeoraxisofsolidwithrespecttooneoftheprincipalplanesofprojection123. Sectionofsimplegeometricalsolids,typesofsectionalplanes,trueshapeofsections124. Intersectionofsurfaces,simplecaseofintersectionoftwoprisms,twocylinders,andconeandacylinder65 Developmentofsurfacesofsimplesectionalsolidsandintersectingsolids.66. Isometricprojectionsofgivenorthographicprojections 67. Orthographicprojectionsofsimpleblocks 6 Total 6010. PracticalDrawingPlatestobePrepared:1.Layout;Printingoftitleblocksandprojectionoflines.2.Projectionofplanes,inclinedtooneplane3.Projectionofsolids,singlerotationofsolids4.Sectionofsolids5.Intersectionofsurfaces,Developmentofsurfaces6.Isometricprojections.ProjectionofBlocks11. SuggestedbooksS.No NameofBooks/Authors/Publishers YearofPublication1. Gill,P.S.EngineeringGraphicsandDrafting1stEd.S.K.Kataria&Sons20012. Mohan,K.R.EngineeringGraphicsDhanpatRaiPublishingCompany20103. Bhatt,N.D.EngineeringDrawing 4. Venugopal,K.EngineeringDrawingandGraphics,NewAgeInternational(P)Ltd20065. LuzadderW.J.FundamentalsofEngineeringDrawing5thEd.PrenticeHallIndia1967NationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV201 CourseTitle:EngineeringMechanics3.ContactHours: L:3 T:1 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 4 7.Semester: 2nd(Spring) 8.Prerequisite: NilCourseDetailsS.No. Contents LectureHours1Momentofareaofplanesections:Firstmomentofanelementofanarea.First moment of finite area. Centroid and centroidal axes of a finite area.Second moment of finite area. Moment of inertia of a plane section aboutdifferent axes. Parallel and perpendicular axes theorems of moment ofinertia.Compositeareas.Polarmomentofinertia.62Analysis of stresses and strains: Forces and stresses. Conditions ofequilibrium,compatibilityandstressstrainrelations.Stressstraindiagrams,Hookeslaw,Modulusofelasticity(E),Ultimate&allowablestresses,factorof safety, Lateral strains, Poissons ratio, Multiaxial stress system,Volumetric strain, Bulk modulus (K), Composite sections, Shear stressconcept, Modulus of rigidity (G). Temperature stresses in compositesections.RelationbetweenE,GandK.123Members subjected to flexural loads: Reactionforcesfor planarstructures(beams). Support conditions, statical determinacy & stability of beams,determination of shear forces & bending moments in beams, shear &moment diagrams, Analysis of beams for different loading conditions,Relationbetweenload,shearforce&bendingmoment.104Memberforcesintrusses:Planartrussstructures,trussjointidentification,sign conventions, member force representation, statical determinacy &stability of trusses. Numerical methods of truss analysis (method of joints,methodofsections&graphicalmethod).Trussessubjectedtolateralforces,cantilevertrusses.65Memberssubjectedtotorsionalforces:Preliminaryconceptofstressinshaftssubjectedtotorsionalforces,torsionalstressesincircularshafts,solidandhollowshafts.Designofpowertransmissionshafts,compoundshafts.6REFRENCES:1.Beer,P.F.andJohnston(Jr.)E.R.MechanicsofMaterials,S.I.version,TataMcGrawHill,India,2001.2.EngineeringMechanicsofSolids:Popov.3.StrengthofMaterials:Ryder.4.FundamentalsofStructuralAnalysis:West.5. StrengthofMaterialsbyWilliamA.NashNationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV301 CourseTitle:STRUCTURALANALYSIS13.ContactHours: L:2 T:2 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 4 7.Semester: 3rd(Autumn) 8.Prerequisite: Nil9.Objective: To develop the understanding of basic principles of Analysis of DeterminateStructures.DetailsofCourseS.No. Contents LectureHours1 INTRODUCTIONTOSTRUCTURALANALYSIS:Structure; Structural Engineering ; History of Structural Engineering ; TheEngineering Design Process ; Structural Analysis ; Structural Form ;SimplificationsforPurposeofAnalysis;TypesofLoads;EvaluationofGravityLoadsOnVariousComponentswithReferencetoIS:875.42 BASICCONCEPTSOFSTRUCTURALANALYSIS:Forces ; Specification of a Force ; Free Body Diagrams ; Equations ofEquilibrium ; Condition Equations ; Displacements ; Compatibility ; BoundaryConditions ; Principle of Superposition ; Stiffness & Flexibility; Types ofStructuralSupports.23 BENDINGANDSHEARSTRESSINBEAMS:Flexuralformula,bendingstressandshearstressdiagramsforhomogeneousbeamsectionsofvariousshapes.84 COMPOUNDSTRESSES:Principalstressesandstrains,evaluationbyanalyticalandgraphicalmethodsMohr'sCircle.85 SLOPESANDDEFLECTIONS:Slope and deflection of determinate beams bydifferential equation,moment area, conjugate beam and energy methods. Castigliano's first energytheoremanditsapplicationstodeflectionofsimpledeterminatetrusses.106 COLUMNS:Stresses in columns, short and long columns,buckling phenomenon.Euler's,Rankine's theory Crippling loads evaluation. stresses ineccentricallyloadedcolumns.67 INDETERMINATESTRUCTURES:Introduction to Indeterminate structures; Degrees of Freedom, Kinematic &StaticIndeterminacyofStructures.2REFRENCES:1.StructuralAnalysis:JackC.McCormac.2.Nash,WilliamA.TheoryandProblemsofStrengthofmaterials4/e.TataMcGrawHill,NewDelhi,2004.3.FundamentalsofStructuralAnalysis:West.4.IntroductiontoStructuralEngineering:JohnM.Biggs.5.IndeterminateStructures:C.K.Wang.6.DeterminateStructures:R.L.Jindal.7.Reddy,C.S.BasicStructuralAnalysis,TataMcGrawHill,NewDelhi,2003.NationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV301(P) CourseTitle:STRUCTURALENGINEERINGLABI3.ContactHours: L:0 T:0 P:24.ExaminationDuration(Hrs.): VivaVoceattheendofsemester5.Credits: 1 6.Semester: 3rd(Autumn) 7.Prerequisite: Nil8.Objective: To develop the understanding of basic principles of Analysis of DeterminateStructures.9.DetailsofthecourseS.No. Nameofexperiment objective1. TensileTestofSteel Todetermineyieldstrength,ultimatetensilestrength,percentageelongationandmodulusofelasticity(Plot,stressstraincurve).2. TensileandCompressive i. Paralleltograins strengthofTimber ii. Perpendiculartograins.3. Sheartestofsteel/timber Tomeasureultimateshearstrength. Shearmodulus.Plotshearstressstrain Curve.4. Torsiontestofsteel Tomeasureangleoftwist. Ultimatetorsionalstrengthstressstrain Curve.5. Bucklingloadofcolumns Todeterminecripplingloadofcolumnswithvariousendconditions. differentendconditionsandcomparetheoreticalvalues.6. VerificationofMaxwells ToverifythePrincipleofMaxwellstheoremTheorem.7. TestingofBricksandStonesasperISSpecifications.8. Verificationofhorizontal Toevaluateexperimentallythrustinathreehingedarch horizontalthrustinathreehingedarchanddrawinfluencelinediagramforthehorizontalthrust.NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT.CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV302 CourseTitle:FluidMechanicsI2.ContactHours: L: 2 T: 1 P: 03.ExaminationDuration(Hrs.):MinorI=1MinorII=1Major=3 4.RelativeWeightage:MinorI:20MinorII:20Major:50C.I+C.A:10 5.Credits: 3 6.Semester: 3rd.(Autumn) 7.Prerequisite:Nil8.Objective:Todeveloptheunderstandingofbasicprinciplesofmechanicsoffluidsatrestandinmotionandtheirapplicationsinsolvingtherealengineeringproblems.9.Detailsofcourse:S.No Contents LectureHours1. INTRODUCTION:Physical properties of fluids viz, mass density, viscosity, compressibility,vapour pressure, surface tension, capillarity, etc. Ideal Fluids and RealFluids;NewtonianandNonNewtonianFluids.32. FLUIDSTATICS:Pressure Intensity, Pascal's law; Pressure density height relationships,manometers; pressure on plane and curved surfaces, centre of pressure;Buoyancy,Stabilityofimmersedandfloatingbodies.53. KINEMATICSOFFLUIDFLOW:Steady and unsteady, uniform and non uniform, laminar and turbulentflows;one,twoandthreedimensionalflows;Streamlines,Streaklinesand path lines; Continuity equation; Rotation and Circulation;Elementary explanation of stream function and velocity potential;GraphicalandExperimentalmethodsofdrawingflownets.64. DYNAMICSOFFLUIDFLOW:Euler's equation of motion along a streamline and its integration to yieldBernoulli's equation; Flow measurement, flow through orificemeter,Venturimeter,orifices,mouthpieces,pitotandprandtltubes,sluicegatesunder free and submerged conditions, Various types of Notches andweirsunderfreeandsubmergedflowconditions,Aerationofnape.105. MOMEMTUMEQUATION:Momentum equation and its application to stationary and moving vanes,pipebends.46. DIMENSIONALANALYSISANDHYDRAULICSIMILITUDE:Dimensional analysis, Buckingham's theorem, Important dimensionlessnumbers and their significance, Geometric, Kinematic and dynamicsimilarity;Modelanalysis.47. BOUNDARYLAYERANALYSIS: 6Boundary layer thicknesses, Boundary layer over a flat plate, Laminarboundary layer, Application of momentum equation, Turbulentboundary layer, Laminar sublayer, smooth and rough boundaries, localandAveragefrictioncoefficients,separation. Total 3810.SuggestedBooks:S.No NameofBooks/authors/Publishers YearofPublication1. Kumar, D.S. Fluid Mechanics and FluidPower Engineering. SeventhEd.S.K.Kataria&SonsPublishers,NewDelhi,200820092 GardeR.JEngineeringFluidMechanics 19883. Kumar,K.L.Engg.FluidMechanics,EurasiaPublishingHouse(P)Ltd.NewDelhi,1984.19984. Streter,V.L.,Wylie,E.B.andBedford,K.W.FluidMechanicsMcGrawHill,NewYork,20015. Asawa,GL,FluidFlowinPipes&Cannels2008?CBSPuyblishers,newDelhi.2000.6. MohantyFluidMechanicsPrinticeHallofIndiasecondEd. 2010NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV302(P) CourseTitle:FluidMechanicsLaboratoryI2.ContactHours: L: 0 T: 0 P: 23.ExaminationDuration(Hrs.): Theory: 0 Practicals: 24.RelativeWeightage:(%) MidTerm:50 EndTerm: 50 5.Credits: 1 6.Semester: 3rd.(Autumn) 7.Prerequisite:Nil8.Objective:Todevelopskillsinunderstandingthemeasurementoffluidcharacteristics.9.DetailsofthecourseListofExperiments:1.Todeterminesexperimentallythemetacentricheightofashipmodel.2.ToverifytheBernoulli'sequationexperimentally.3. To determine the coefficient of discharge, coefficient of velocity and coefficient ofcontractionofanorificeoramouthpieceofagivenshape.4. To calibrate an orifice meter and to study the variation of coefficient of discharge withReynold'snumber.5. To calibrate a venturimeter and to study the variation of coefficient of discharge withReynold'sNumber.6.Tocalibratesharpcrestedrectangularandtriangularweir.7.Toverifymomentumequationexperimentally.NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV303 CourseTitle:SurveyingI2.ContactHours:L=2 T=1 P=33.ExaminationDuration(Hrs):Minor=1 Major=3 Practical=34.EvaluationWeightage(%): MinorI=20MinorII=20 Major=50C.P.=105.Credits:3 6.Semester:Autumn 7.SubjectArea:CivilEngg8.Prerequisite:Nil 9.Objective:ToimpartbasicunderstandingofvariousaspectsrelatedtosystemofGeometricsandotherphysicalmeasurementsinthefieldofCivilEngg.10.DetailsofCourseUnitNo.CourseContentsLectureHoursUnit1a.Introduction:Importance,PrinciplesofSurveying.TypesofSurveying.b. Chain Surveying: Field Equipment, Methods of chaining, Offsets,corrections in chaining, obstacles in chainsurveying; plotting;Degreeofaccuracy.Tapeandchaincorrections47Unit2a. Prismatic compass surveying. Instruments; Principle, Procedure andprecautions. Closed traverse; corrections; local attraction;plotting.b.PlaneTableSurveying;Fieldequipments,Methodsofplanetabling,TwopointandThreepointproblem,Precautions,Accuracy66Unit3a.Levelling; Instruments; Field book recording, Bench mark & itstypes,methods of reduction of levels,various typesof fieldworks;contouring; Plotting. Testing and permanent adjustments.Sensitivityofbubbletube.b.Areas and Volumes: Methods of determining areas and volumesviz.,Borrowpits.94Total36BOOKSRECOMMENDED1.SurveyingVols.I&IIbyDr.K.R.Arora2.SurveyingVols.I&II,byDuggal,S.K.3.Surveying&LevellingbyBasak4.Surveying&LevellingVols.I&IIbyKanetkar,T.P.andKulkarni,S.V5.Surveying&LevellingbyP.B.Shahni6.SurveyingVol.I&II,byPunmia,B.C7.J.K.GhoshNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV303(P) CourseTitle:SurveyingLaboratoryI2.ContactHours:L=0 T=0 P=33.ExaminationDuration(Hrs):Minor=0 Major=0 Practical=34.EvaluationWeightage(%):InternalTeacher=40EndTerm=605.Credits:2 6.Semester:Autumn 7.SubjectArea:CivilEngg8.Prerequisite:Nil 9.Objective:ToimpartbasicunderstandingofvariousaspectsrelatedtosystemofGeometricsandotherphysicalmeasurementsinthefieldofCivilEngg.10.DetailsofCourse Sr.No.CourseContentsLectureHours1CHAINSURVEYING:1.Ranging/chainingalineandrecordingthefieldbook.2.SettingoutRightAnglesusingTape.3.TakingoffsetsandsettingoutRightAnglesusing:(i)CrossStaff(ii)IndianOpticalSquare4.TestingofAdjustmentofIndianOpticalSquare5.TestingandAdjustmentofChain.92COMPASSSURVEYING:1.StudyofPrismaticCompass2. Field Work in Compass Surveying: Measurement of Angles betweenthe lines meeting at a point, and Compass Traversing and TakingObservations63PLANETABLESURVEYING:1.StudyofEquipment2.SettinguptheplanetableTemp.Adjustments.3.MarkingNorthDirectionandOrientationby:(i).MagneticNeedle/TroughCompass(ii).Backsighting.4.PlottingafewpointsbyRadiationMethod.5.PlottingafewpointsbyInterSectionMethod.6.Twopointandthreepointproblem.94LEVELLING:1.StudyofEquipmentandlevellingstaff.2.TemporaryadjustmentoflevellingInstruments.3.FieldworkusinglevellingInstrument:(i)TakingStaffreadingsand(ii)Recordingthefieldbook.4.LongitudinalSectionofRoad/Railway/Canal/Dam5.CrossSectionofaRoad/Railway/Canal/Dam.126.TakingStaffreadingsondifferentstations/findingdifferenceoflevelbetweenthem.Total 36NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering1.SubjectCode: CIV304 CourseTitle: GeologyandMineralogy 2.ContactHours: L:2 T:1 P:2/2 3.ExaminationDuration(Hrs.): Theory: 3Practical:24.RelativeWeightage:M1:20M2:20CI:10 Major:505.Credits:3 6.Semester:Autumn 7.SubjectArea:8.Prerequisite: Nil9.Objective: To impart the basic understanding of the formation of rocks andminerals and to expose the students to the basic erosional anddepositionalprocesses.10.DetailsofCourse: S.No.Contents LectureHours PartAPhysicalGeology 1. Introductiontothescienceofgeology. 32. Crustofearthanditscomposition. 33. MineralsandRocks. 34. WeatheringofRocks;Erosion,transportationanddepositionbywind,Waterandice.65. Introductiontogeologicalstructures. 3 PartBMineralogy 1. Rockformingmineralsandoreformingminerals.Processesofmineralformation.Physicalpropertiesofminerals.42. Introductiontooreminerals.PrincipleoremineralsofAluminum,Copper,Lead,Zinc,Antimony,Nickel,Tin,Chromium,MagnesiumandIron,theirimportantproperties,modeofformation,modeofoccurrence,usesanddistributioninIndia.103. StudyofRefractoryminerals,coalandpetroleum. 4 Total 3611.BooksrecommendedS.No. NameofBooks/Authors/Publishers YearofPublication1. Bangar,K.M,PrinciplesofEngineeringGeology,StandardPublishersDistributors,NewDelhi.19952. ParbinSinghEngineeringGeology,KatsonPublishersNewDelhi.20093. Billings,M.P.,StructuralGeology,PrenticeHallIndia,NewDelhi.19744. Blyth,F.G.HanddeFreitas,M.H.GeologyforEngineers,ELBS,London.19745. Gokhale,KVG.KandRao,D.M.,ExperimentsinEngineeringGeology,TataMcGrawHill,NewDelhi.19816. Kesavulu,C.TextbookofEngineeringGeology,Macmillan,IndiaLtd.NewDelhi.19937. GeologyforCivilEngineersbyMcLeanandGribble,SponPress,Taylor&FrancisGroup,London.1999NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering1.SubjectCode: CIV304(P) CourseTitle: EngineeringGeologyLaboratory2.ContactHours: L:0 T:0 P:2/2 3.ExaminationDuration(Hrs.): Theory: 0Practical:24.RelativeWeightage:MidTerm=40EndTerm=605.Credits: 1 6.Semester:Autumn 7.SubjectArea:8.Prerequisite: Nil9.Objective: To impart the basic skills for determination of characteristics of rocks andminerals.10.DetailsofCourse: S.No.Contents LectureHours ListofExperiments 1. ThestudyofPhysicalPropertiesofMinerals. 62. DeterminationofSpecificGravityby:a)JollysSpringBalanceb)WalkersSteelYardBalancec)BeamBalance63. StudyofRocksandtheirCharacteristics. 44. StudyandSketchingofvarioustypesofGeologicalStructures.65. DeterminationofDipandStrikewithaClinometerCompass.6NationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV401 CourseTitle:STRUCTURALANALYSISI3.ContactHours: L:2 T:1 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 3 7.Semester: 4th(Spring) 8.Prerequisite: Nil9.Objective: To develop the understanding of basic principles of Analysis of indeterminateStructures.DetailsofCourseS.No. Contents LectureHours1ANALYSISOFBEAMSBYFORCEMETHOD:Method of consistent deformation for analysis of indeterminatebeams. Analysis of fixed beams by integration and Moment areamethods. Three moment theorem and its application to analysis ofcontinuousbeams.102APPROXIMATEANALYSISOF2DFRAMES:Sub frame method for approximate analysis of frames for gravity loads.Portalandcantilevermethodsforanalysisofframesunderlateralloads.43INTRODUCTIONTODISPLACEMENTMETHODOFANALYSIS:Analysis of Indeterminate Beams & Frames (with & without Sway) byClassicalDisplacementMethodsviz;SlopeDeflectionMethod&MomentDistributionMethod,KanisMethod84INFLUENCELINES&TRAVELLINGLOADS:Principles of Influence Lines and their Application to DeterminateStructures; Beams and Arches. Criteria for maximum moment & shearunderseriesofmovingconcentratedloadsinbeams.Absolutemaximumforcesinbeamsundermovingudl.65ElementsofPlasticAnalysisofbeamsandframes:Plastic section modulus, shape factor and moment of resistance.Mechanism method and statical method of analysis, combination ofindividualmechanismsforframes.8BOOKSRECOMMENDED1.IndeterminateStructuralAnalysis byC.K.Wang2.IndeterminateStructuralAnalysis byR.L.Jindal3.StructuralMechanics byNoris&WilburNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV402 CourseTitle:FluidMechanicsII2.ContactHours: L: 2 T: 1 P: 03.ExaminationDuration(Hrs.): Theory: 3 Practicals: 04.RelativeWeightage:MinorI:20MinorII:20Major:50C.I+C.A:10 5.Credits: 3 6.Semester: 4th.(Spring)7.Prerequisite:BasiccourseofFluidMechanicsI8.Objective:Todeveloptheunderstandingofbasicprinciplesoffluidflowthroughpressureandgravity type conduit systems to ensure adequate water distribution to consumers andmanagementofsurfacewaterresources.9.Detailsofcourse:S.No Contents LectureHours1. FLOWINOPENCHANNELS:Uniform flow, Critical depth, Normal depth, Specific energy, Resistanceformulae,Graduallyvariedflowequations,Classificationofwatersurfaceprofiles, Computation of water surface profiles, step by step method andgraphical integration method. Hydraulic Jump, Momentum Principle foropenchannels,Evaluationofthejumpelements.Venturiflumes.142. FLOWTHROUGHPIPES:Nature of turbulent flow in pipes , Hydraulic and energy grade lines.Equationforvelocitydistributionoversmoothandroughpipes,Resistancecoefficient and its variation, Nikuradse experiments, Moodydiagram,Flow in sudden expansion, Contraction, diffusers, Bends, Valvesand Siphons;Concept of equivalent length,branchedpipes pipes in seriesandparallels,Simplenetworks,Transmissionofpower.113. FLUIDFLOWPASTSUBMERGEDBODIES:Drag and lift, Drag on a sphere, cylinder and disc: Lift, Magnus effect andCirculation.34. WATERHAMMERANDSURGETANKS:Sequence of events after sudden value closure, pressure diagrams,Gradualclosureoropeningofthevalve,Instantaneousclosureofvalveinarigidpipe,Instantaneous closure of valve in an Elastic pipe and Compressible fluid,MethodsofAnalysis;SurgeTanks,LocationofSurgeTanks,Types,DesignofsurgeTanks.45. HYDRAULICMACHINES:Types of Turbines, Description and principles of Impulse and reactionTurbines, Unit quantities and specific speed, Runaway speed, Turbinecharacteristics , Selection of Turbines, Cavitation; Draft Tube, Draft TubeDimensions, Types of draft tubes; Governing of Turbines; Centrifugalpumps,specificspeed,powerrequirements,Reciprocatingpumps.6 Total 3610.SuggestedBooks:S.No NameofBooks/authors/Publishers YearofPublication1. Kumar, D.S. Fluid Mechanics and Fluid Power Engineering. SeventhEd.S.K.Kataria&SonsPublishers,NewDelhi,200820092. K.SubramanayaOpenchannelFlow3rd.TataMcGrawHillPub.Co.NewDelhi19993. RangaRaju,K.G.,FlowThroughOpenChannels,2nd.TataMcGrawHillPublishingCompanyLtd.,NewDelhi,198619994. NigamHandbookofHydroelectricEngg. 20015. GardeR.JEngg.EngineeringFluidMechanics 19886. Deshmukh,M.M,WaterPowerEngineeringDanpatRai&Sons,NaiSarakNewDelhi19787. Asawa,GLFluidFlowinPipesandChannelsCBSPublishing NATIONALINSTITUTEOFTECHNOLOGYHAZRATBALSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV402(P) CourseTitle:FluidMechanicsLaboratoryII2.ContactHours: L: 0 T: 0 P: 23.ExaminationDuration(Hrs.): Theory:0 Practicals: 24.RelativeWeightage:(%) MidTerm:40 EndTerm: 60 5.Credits: 1 6.Semester: 4th.(Spring) 7.Prerequisite:Nil8.Objective:Todevelopskillsinunderstandingthemeasurementaspectsofopenchannelandclosedconduitflow.9.detailsoftheCourseListofExperiments:1.Tostudythevariationoffrictionfactorfforturbulentflowindifferentcommercialpipes.2.Todeterminethelosscoefficientforvariouspipefittings.3.TodetermineManning'scoefficientofroughnessnforthebedofagivenflume.4.Tocalibrateabroadcrestedweir.5.Tostudytheformationofhydraulicjump.6.Tostudythevelocitydistributioninapipeandalsotocomputethedischargebyintegratingthevelocityprofile.7. To study the velocity distribution in an open channel and to determine the energy andmomentumcorrectionfactors.NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV403 CourseTitle:EngineeringSurveyingII2.ContactHours:L=2 T=1 P=03.ExaminationDuration(Hrs):MinorI=1 MinorII=1Major=3 4.EvaluationWeightage(Marks):C.P.=10 MinorI=20MinorII=20 Major=505.Credits:3 6.Semester:Spring 7.SubjectArea:CivilEngg8.Prerequisite:EngineeringSurveyingI9.Objective:ToimpartbasicunderstandingofvariousaspectsrelatedtosystemofGeometricsandotherphysicalmeasurementsinthefieldofCivilEngg.10.DetailsofCourseUnitNo.CourseContents LectureHoursUnit1a. Theodolite: Construction, Temporary and Permanent adjustmentof transit Theodolite; angle measurementsand errors, TheodolitetraversingTraversecalculations;Traverseadjustments.b. Tacheometry: Stadia and its principal, analytic lens, Heights anddistancesfrom stadia intercepts; subtense method, tangentialmethod;Accuracy,tacheometricalidade66Unit2a. Trigonometrical levelling: Curvature and refraction, Axissignalcorrection,methodoftrigonometricallevelling.b.Curves:Elementsofsimplecurve;designandsettingoutofasimplecurve,compoundcurve,transitioncurve,VerticalCurves48Unit3a.Setting out works: Setting out Buildings, Culverts and bridges,Tunnels. Transfer of alignment. Fixing of horizontal and verticalcontrols.b.Geodetic surveying: Triangulation principles: choice of stations,Base line measurements electronic methods of distancemeasurements, Triangulation adjustmentsHeightsfigureadjustments; Spherical excess, Computations of sides of sphericaltriangles.66Total36BOOKSRECOMMENDED1.SurveyingVols.I&IIbyDr.K.R.Arora2.SurveyingVols.I&II,byDuggal,S.K.3.Surveying&LevellingbyBasak4.Surveying&LevellingVols.I&IIbyKanetkar,T.P.andKulkarni,S.V5.Surveying&LevellingbyP.B.Shahni6.SurveyingVol.I&II,byPunmia,B.CNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV403P CourseTitle:SurveyingLaboratoryII2.ContactHours:L=0 T=0 P=33.ExaminationDuration(Hrs):Minor=1 Major=3 Practical=34.EvaluationWeightage(%):MidTerm=40EndTerm=605.Credits:1 6.Semester:Spring 7.SubjectArea:CivilEngg8.Prerequisite:SurveyingLabI9.Objective:ToimpartbasicunderstandingofvariousaspectsrelatedtosystemofGeometricsandotherphysicalmeasurementsinthefieldofCivilEngg.10.DetailsofCourseSr.No.CourseContents LectureHours1THEODOLITESURVEYING:1.StudyofEquipment:(i).OrdinaryTheodolites,(ii).EDMTheodolitesand(iii)GTSTheodolites.2.TemporaryAdjustmentsofaTheodolite.3. Field work using a Theodolite: (i).Measurement of Horizontal andVertical Angles by ordinary and electronic Theodolites, and (ii)MeasurementoflinearandangularmeasurementsusingEDM/GTSInstruments(BasicIntroduction)152 TACHEOMETRICSURVEYING:1.Studyofequipmentandgraduatedstaff.2.Temporaryadjustments3.Fieldwork:(i).DeterminationofConstants"K&C"(ii).StadiaTraversing&recordingstadiafieldbook(iii).LocationofDetailsbyTacheometricMethods4.SubtenseBarMethod:TheoryandFieldwork15Total 30\NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV403(SC) CourseTitle:SurveyingCamp2.ContactHours:L=0 T=0 P=33.ExaminationDuration(Hrs):Minor=1 Major=3 Practical=34.EvaluationWeightage(%):MidTerm=40EndTerm=605.Credits:1 6.Semester:Spring 7.SubjectArea:CivilEngg8.Prerequisite:SurveyingLabI&II9.Objective:Toimpartknowledgetooactualfieldproblems.10.DetailsofCourse3TWOWEEKDURATION1.Triangulation:(i).OrdinaryMethods(ii).OnthebasisofGlobalpositioningsystem(GPS)2.ShiftingofHorizontalandVerticalControls3.Settingoutofworks4.SettingoutofCurves5.Contouring:(i).ContouringofaDamReservoir/Railwayline(ii).Preparingacontourplanbyvariousmethods(iii).SettingoutofContourlinesofanappropriatesite.Two weeks surveycamp immediatelyafter exam of 4THsemesterNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV404 CourseTitle:GeotechnicalEngineeringI2.ContactHours: L: 2 T: 1 3.ExaminationDuration:(Hrs) Minor1=1MinorII=1:Major=3 4.RelativeWeightage:(%)MinorI:20MinorII:20Major:50C.I.+C.A:5.Credits=4 6.Semester: 4th.(Spring)7.Prerequisite:Nil8.SubjectAreaCivilEngineering9.Detailofthecourse S.No. Topic LectureHours1 INTRODUCTION: Soil and its formation , various processes and agencies forformation.Typesofsoils.Threephasesoilmodel,Indexpropertiesandclassificationofsoils.102 SOILHYDRAULICS. Flow through soils, Darcys Law. Permeability , factors anddeterminationinthelab/Field.Steadystateflow,seepageforce,laplaceequationforsteadystateflow,flownets.forhomogeneousembankmentswithandwithouttoefilters.103 SOILCOMPRESSIBILITY. One dimensional consolidation, Terzaghis equation ,Consolidationtestelogpcurves.Consolidationsettlement,Timerequiredforsettlement.6 Compaction,laboratory compaction tests, proctor compaction ,compactioncurveandcontrolonfieldcompaction. 44 EFFECTIVESTRESS. Totalandeffectivestresses,porewaterpressure 25 STRESSDISTRIBUTION. Stress distribution under concentrated load . Westergards andBoussineqsmethod.46 SOILINVESTIGATION. Laboratory and Field Investigation . Sub soil exploration ,penetration methods,Geo physical methods electromagneticmethod,electricresistivitymethodandSeismicmethod.47 CLAYMINERALOGY. Mineralspresentinclay,dependenceofbehaviourofclayontypeofmineral.2 BOOKSRECOMMENDED1.SoilMechanics by AlamSingh2.PrinciplesofsoilMechanicsby D.W.Taylor3.TheoreticalSoilMechanics by Terzaghi4.SoilMechanics by Terzaghi&Peck5.SoilMechanics by Withman&Lamb6.SoilMechanics by S.B.Saighal7.SoilMechanics by Jumikis8.GeotechnicalEngineering by PurushothamaRaj9.GeotechnicalEngineering by C.VenkatramaiahNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV404(P) CourseTitle:GeotechnicalEngineeringLabI2.ContactHours: L: 0 T: 0P=3 3.ExaminationDuration(Hrs.):Practical=3 4.RelativeWeightage:(%)Midterm=40FinalTerm=60 5.Credits: 1 6.Semester: 4th.(Spring) 7.Prerequisite:Nil8.Objective:Toimpartnecessarytrainingformeasurementofbasicpropertiesofsoils.9.DetailsofthecourseNameoftheExperiments LectureHours1.Determinationofwatercontent;bulkdensityandspecificgravity32.Soilgradationbysieveanalysisandhydrometeranalysis.33.Consistencylimits;Determinationofplastic;liquidandshrinkagelimits.94.Determinationofpermeabilitybyfallingheadandconstantheadmethod. 66.Conductof1dimensionalconsolidation7.66.Conductofstandardproctorcompactiontest.7.68.RapidcontrolCompactiontestasperUSBR.3NAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV404(P) CourseTitle:BuildingDrawing&Construction2.ContactHours: L: 2 T: 3P=0 3.ExaminationDuration(Hrs.):M1:1HourM2:1HourM3:3Hour4.RelativeWeightage:(%)M1:20M2:20Major:505.Credits: 04 6.Semester: 4th.Semester7.SubjectAreaArch8.Prerequisite:Nil9.Objective:Toimpartunderstanding&knowledgeofvariousaspectsofBuildingDrawingandConstruction9.DetailsofthecourseS.No. Topic LectureHours01 Standard Conventions in Drawing: Basic principles of planninganddesigninbuildings.0202. Foundations: Principles of foundations, types and suitability offoundations including strip, pad, raft, pile and pier foundation,timberingforexcavationoffoundation0203. Damp proofing: Causes, effects, parts of building likely to beaffected of methods of dampproofing , materials of dampproofing.0204. Masonry: Principles and significance of brick masonry; termsused and types of brick bonds; principles and significance ofstone masonry; types of stone masonry walls; building uses ofcommontypesofstones.0305. Drawing of plans, elevations and sections giving constructiondetails of important building components including foundation,plinth, DPC, lintels , slabs and roofs; full specifications for eachcomponent.1206. Simple drawing exercises on layouts of building services such selectrical,watersupplyandplumbing,sanitationetc.0407. Doors,Windows,VentilatorsandLintels;Location,sizeanddifferenttypesincludingsteelandaluminum:typesflintelsandtheirconstructiondetails.Drawingoftypicaldoors,windowsandventilators.0508. DrawingofR.C.C.slabs&beams(includingcantilevers),columnsandfootings.0509. StairsandStaircases:Varioustypesandmaterials;proportioningof staircase, brief introduction of ramps, lifts and escalators,.DrawingofR.C.C.staircase.0410. Floors; Consideration of choice in ground and upper floors;varioustypesffloorsandtheirsuitability;flooringmaterialsandtheirconstructiondetails.0411. Roofs & Roof Coverings: Classification of roofs with specialreferencetopitchedroofs;differentroofcoveringsanddetailsofrainproofingattopwall.Drawingsofvarioustimberrooftrusses05withjointdetails. Total: 48BooksRecommended:01. BuildingDrawing M.GShah02. CivilEngineeringDrawing Chakorobarty03. CivilEngineeringDrawing J.B.Mc.Kay04. BuildingConstruction SharmaandKoul05. PropertiesofConcrete A.M.Nevile NationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV501 CourseTitle:DesignofStructuresI3.ContactHours: L:2 T:1 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 4 7.Semester: 5th(Autumn) 8.Prerequisite: Nil9.Objective:ToimpartunderstandingofvariousaspectsofdesignofReinforcedConcrete.10.DetailsofCourse:S.No Contents LectureHours1Properties Of Concrete & Reinforcing Steel, CharacteristicStrength, Stress Strain Curves, Shrinkage & CreepPhenomenon.032General design Philosophies: Working Stress, Ultimate Load &Limit State Method Of Design. Analysis & Design Of StructuresInFlexure/TorsionByLimitStateMethod.033Design of singly and doubly reinforced sections: rectangularsections & T sections; codal provisions. Behavior of beam inshear & bond, design for shear, anchorage & slipping ofreinforcement. Detailing of reinforcement as per codalprovisions with reference to IS 4562000. Serviceability limitstateofdeflectionandcracking.Calculationofdeflection,codalrequirements.184Designofcolumns:shortandlongcolumn,eccentricallyloadedcolumns.055Designofonewayandtwowayslabswithandwithoutcornersheld down. Introduction to design by moment coefficients.IntroductiontoMasonryretainingwalls07 SuggestedBooks:S.No NameofBook//Publishers Authors1 ReinforcedconcreteLimitStateDesign A.K.Jain2 DesignofR.C.C.Structures Sinha3 DesignofR.C.C.Structures Karve&Shah4Design of reinforced concrete & Prestressed concreteStructuresKong&EvansNationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV501(P) CourseTitle:CONCRETELABORATORY3.ContactHours: L:0 T:0 P:24.ExaminationDuration(Hrs.): VivaVoceattheendofsemester5.Credits: 1 6.Semester: 5th(Autumn) 7.Prerequisite: Nil8.Objective:Todeveloptheunderstandingofbasicsofconcreteanditsconstituents.9.DetailsofthecourseListofExperiments/ObjectiveA)CEMENT:StandardConsistencyandsettingtimesTodetermine:i)Standardconsistencyii)Initialsettingtimeiii)FinalsettingtimeinconformitywithIScode4031.TensileandCompressivestrengthi)To determine the tensile strength and compressive strength of Cement in accordancewithIScode4031.B)AGGREGATES:Particlesizedistributionandfinenessmodulusi) Todeterminethe particle size distribution and fineness modulus of coarse and fineaggregates(IS460).AlltherelevanttestsforaggregatesasperI.S.codes.C)CONCRETE:Workabilitytesti)Todeterminetheconsistencyoffreshconcretebyslumptest.ii)TodeterminetheworkabilityoffreshlymixedconcretebythecompactionfactortestCompressivestrengthofCementConcrete(Nominalmix)i)TodeterminethecubestrengthofconcretefordifferentmixesanddifferentW/Cratios.FlexuralStrengthofConcretei)Todeterminetheflexuralstrength(ModulusofRupture)ofconcrete(NominalMix)UltimatestrengthofBeamsTodeterminetheflexuralultimatestrengthofi)anunderreinforcedbeamii)anoverreinforcedbeamBondstrengthTodeterminethebondstrengthbetweeni)Mildsteelplainbars&concreteTorSteel/coldtwistedbarsandconcreteNationalInstituteofTechnologySrinagar10.NameoftheDepartment: DepartmentofCivilEngineering1.SubjectCode:CIV502 CourseTitle:TrafficEngineeringandRoadFacilities2.ContactHours: L:2 T:2 P:03.ExaminationDuration(Hrs): Theory: Practical:4.RelativeWeitage: CAA MinorIMinorII Major5.Credits: 6.Semester:5thAutumn 7.SubjectStatus:Core8.Prerequisite:Nil9. Objective: To impart understanding and knowledge of various aspects of Traffic EngineeringandRoadFacilities.10.DetailsofCourse:S.No. Contents LectureHours1Components of traffic system vehicle characteristics; humancharacteristics,roadcharacteristics&trafficcontroldevices,62Intersections unsignalized intersections, channelization androundabouts,interchangesrequirement&design.103Traffic signs role and types, signalized intersections, signal timingdesign; signal coordination, Parking facilities parking demand, onstreetparking,offstreetparking,144Traffic flow theoryflow parameters; fundamental relation of trafficflow,roadcapacityandlevelofserviceconcept.10Total 40 11.SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1Transport Planning and Traffic Engineering by CA OFlaherty, JohnWiley&Sons,Inc.,NewYork;Toronto.20022Traffic Engineering by McShane & Roess, PrenticeHall of IndiaPrivateLtd,NewDelhi110001.19903Principles and Practices of Highway Engineering by Kadiyali & Lal,KhannaPublishers,Delhi619964Principles of Transportation Engineering by Chakarborty & Das,PrenticeHallofIndiaPrivateLtd,NewDelhi1100015Traffic Engineering and Transport Planning by L. R. Kadiyali, KhannaPublishers,2B,NaiSarak,Delhi11000619992 0 1020 20 504 NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV503 CourseTitle:GeotechnicalEngineeringII2.ContactHours: L: 2 T: 1 3.ExaminationDuration:(Hrs) Minor1=1MinorII=II60Major=3 4.RelativeWeightage:(%)MinorI:20MinorII:20Major:50C.I.+C.A:10 5.Credits:36.Semester: 5th(Autumn)7.Prerequisite:Nil8.Objective:ToimpartknowledgeoffundamentalsofstrengthandstabilityproblemsinGeotechnicalEngineeringandtheiranalysis. S.No.Topicwithcontents Lecturehours1 SHEAR STRENGTH: shear strength concept. MohrsCoulumb equation. Laboratory determination.TriaxialcompressiontestunderdifferentDrainageconditions , viz undrained , drained and consolidated ,direct shear test . Unconfined compression test.Strengthenvelope.82BEARING CAPACITY AND FOUNDATIONS: Basicdefinitions and methods of determination, Prandtlssolution . Terzaghis solution for ultimate bearingcapacity. Size effects . Effects of rigidity of footings.Plate load test.Design principles for footing and rafts.FoundationsonclaysandsandsFoundationstypesandapplications , Pile foundation types , classifications anddetermination of load carrying capacity , dynamic andstatic methods. Pile load test, pile groups efficiency ofpilegroups.124 EARTH PRESSURE: Lateral earth pressure. Rankinestheory Active and Passive States. Lateral earth pressureunder various conditions , like surcharge , slopingbackfill and high water table behind the wall. Earthpressurediagrams.totalthrust.TensionCracks.5 STABILISATION: methods of stabilization . Briefintroduction to each of the methods of stabilizationsuchasshotcreting,georeinforcement6 STABILITY OF SLOPES: Infinite slopes, conjugatestresses, stability number Swedish and Friction circlemethods . Submergence case, complete draw downcase,Steadyseepagecase.BOOKSRECOMMENDED1.SoilMechanics by AlamSingh2.PrinciplesofSoilMechanics by D.W.Taylor3.TheoreticalSoilMechanics by Terzaghi4.SoilMechanics by Terzaghi&Peek5.SoilMechanics by Witman&Lamb6.SoilMechanics by S.B.Saighal7.SoilMechanics by JumikisNATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE:DepartmentofCivilEngineeringSubjectCode:CIV504 CourseTitle:WaterResourcesEngineering2.ContactHours: L: 2 T: 2 P03.ExaminationDuration:(Hrs) Minor1=1MinorII=II60Major=3 4.RelativeWeightage:(%)MinorI:20MinorII:20Major:50C.I.+C.A:10 5.Credits:04 6.Semester: 5th(Autumn)7.Prerequisite:Nil8.Prerequisite: NilObjective: ToimparttheknowledgeforunderstandingelementaryaspectsofhydrologyandFluvialHydraulicsforuseintheplanning,design,andmanagementofwaterresourcesprojects.Alsotoimpartunderstandingofintroductoryaspectsofintegratedwaterresourcesdevelopmentandmanagement.DetailsofCourse:S.No.Contents LectureHours1 Definitionandscopeofhydrology,hydrologicalcycle,waterbalanceequation 22Precipitation,itsmechanism,forms,weathersystems,Indianscenario,measurement,averageprecipitation,gaugenetworkadequacy,missingdatadetermination,andconsistency33Evaporation:factorsaffecting,measurement,empiricalequations,analyticalmethods,reservoirevaporation;Evapotranspiration,itsmeasurement,ETequations,potentialevapotranspiration34 Interceptionanddepressionstorage 15Infiltration,infiltrationcapacity,measurement,indirectdetermination,infiltrationindices36Streamflowmeasurement:Directandindirectmethods,depthmeasurement,velocitymeasurement,stagedischargerelationship37 Runoff:Factorsaffecting,runoffcharacteristicsofstreams,rainfallrunoffrelationships 28Hydrographs:Definition,components,baseflowseparation,effectiverainfall,unithydrograph,itsderivation,applications,andlimitations.39 Floods:Rationalmethod,empiricalmethods,U.H.method,Designflooddefinition 210 Floodrouting:Reservoirandchannelrouting 311ReservoirDesignStudies:Typesofreservoirs,storagecapacity,fixationofcapacity,safeyield,reservoirsedimentation:trapefficiency,capacityinflowratio,lifeofreservoirs312Groundwater:Introduction,typesofaquifers,aquiferproperties,Darcyslaw,Dupuitassumptions,steadyonedimensionalaquiferflow,WellHydraulics:Steadyflowtowellsinconfinedandunconfinedaquifers313FluvialHydraulics:Introduction,propertiesofsedimentparticles,briefdescriptionofincipientmotion,bedload,andsuspendedload314WaterResourcesPlanningandDevelopment:Nationalwaterpolicy,Singleandmultipurposedevelopment,Integratedwaterresourcesdevelopmentandmanagement,interstateandinternationalaspectsofriverbasindevelopment.2Total 361.SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1. Subramanaya,K.EngineeringHydrologyTataMcGrawHill,NewDelhi. 2001.2Linsely,K.,Kohler,A.andPaulhusL.H.HydrologyforEngineersMcGrawHillBookCompanyInc.NewYork.19753Ragunath,H.M.HydrologyPrinciplesAnalysisandDesignNewAgeInternational(P)LtdPublishers.,NewDelhi.20054Garde,R.J.andRangaRajuK.G.Mechanicsofsedimenttransportationandalluvialstreamproblems.NewAgeInternational(P)Ltd.Publishers,NewDelhi.19945 Arora,K.R.IrrigationWaterpowerandwaterResourcesEngineering.StandardPublishersDistributors,Delhi.20026Wilson,E.M.EngineeringHydrologyELBS,EnglishLanguagebookSociety/MacmillamEducationLtd.,London,1999.7Asawa,G.L.IrrigationandWaterResourcesEngineering,NewageInternationalPublishers2005NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV505 CourseTitle:QuantitySurveying&CostEvaluation(QSCE)2.ContactHours:L=2 T=1 P=03.ExaminationDuration(Hrs):Minor=1 Major=3 4.EvaluationWeightage(%age):C.P.=10 MinorI=20MinorII=20 Major=505.Credits:3 6.Semester:5thAutumn 7.SubjectArea:CivilEngg8.Prerequisite:Nil9.Objective:ToimpartunderstandingofvariousaspectsrelatedtoMaterial/labouranalysisandotherphysicalmeasurementsinthefieldofCivilEngg.10.DetailsofCourseUnitNo.CourseContentsLectureHoursUnit1a. Estimate: Importance, Items of a work and their units. Types ofestimates, viz. preliminary; approximate; Abstract estimate; Plinthareaestimate;detailedestimate;revisedestimate;supplementaryestimate,billofquantitiesandabstractofcost.b. Analysis of Rates: Preparing analysis of rates, Labour schedule,material schedule & rate schedule. Analysis of rates of limeconcrete in foundation; Brickwork in foundation in superstructure; stone masonary; R.C.C. work; R.B.work; Plastering;pointing; white washing; colour washing; painting; wood work,earthworkinfoundation;earthworkinroad;D.P.C.;Steelworkfor reinforcement; steel work in trusses; wood work in frames,shuttersetc.48Unit2a. Specifications: General specifications and detailed specifications,Book of specifications, specifications for earth work in foundation;L.C.infoundation;R.C.C.work;Brickwork;R.B.work;Woodworkindoors, windows etc. D.P.C. centering and shuttering; earthwork incanalandroad.b. Works Estimate: Estimates of building; Estimates of walls; methodsof building estimate; Longwallshortwall and centreline methods;Estimate of masonary platform, estimate of a masonary tank,estimate of roof trusses (wooden/steel) Estimate of a singleroomedbuilding;estimateofatworoomedbuildingwithC.G.Iroofover wooden trusses and over steel truss. estimate of a shop;estimateofaR.C.C.beam,R.C.C.Slab410a. Estimate of Road: Methods of estimating; materials for differentitems of work and labour; methods of estimating earth work;estimateofametalledroad.4Unit3 b.Valuation&RentFixation:Valuationofbuildingvariousmethods;Rentfixation,plintharearequirement.c. Introduction to Building Codes: Sanitary fitting; Electrification; inbuiltfurniture,Hazardsafetymeasuresinhighrisebuildings.42Total36BOOKSRECOMMENDED1.EstimatingandCostingbyB.N.Datta2.HandBookofCivilEngineeringbyP.N.Khanna3.EstimatingandCostiNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV506 CourseTitle:HydraulicsandHydraulicMachines2.ContactHours: L: 2 T: 1 P: 03.ExaminationDuration(Hrs.): Theory: 3 Practicals: 04.RelativeWeightage:MinorI:20MinorII:20Major:50C.I+C.A:10 5.Credits: 3 6.Semester: 5th.(Autumn) 7.Prerequisite:Nil8.Objective:Todeveloptheunderstandingofbasicprinciplesofmechanicsoffluidsatrestandinmotionandtheirapplicationsinsolvingtherealengineeringproblems.9.Detailsofcourse:S.No Contents LectureHours1. INTRODUCTION:PhysicalPropertiesofFluids.32. FLUIDSTATICS:PressureIntensity,Pascalslaw,pressuredensityheightrelationships,Manometers,Pressureonplainandcurvedsurfaces,Centreofpressure.53. KINEMATICSOFFLUIDFLOW:Types of flows, stream lines, streak lines and path lines, continuityequation.44. DYNAMICSOFFLUIDFLOW:Euler's equation of motion along a stream line and its integration toyield Bernoulli's equation; flow measurement, pitot tube, prandtltube,Venturimeter,Orificemeter,Orifices,WeirsandNotches.105. FLOWTHROUGHPIPES:Hydraulic grade line, Darceyweisbachh formula, Design of pipes,Equivalentdiameterofpipes,Transmissionofpowerthroughpipes.46. FLOWINOPENCHANNELS:Chezy's formula, Manning's formula, Design of Channels, EconomicSection.57. HYDRAULICMACHINES:Types of turbines ,description and principles of impulse and reactionturbines , unit quantities and specific speed, runaway speed ,turbinecharacteristics , slection of turbines , governing of turbines.Centrifugalpumps,specificspeed,powerrequirement,reciprocatingpumps.58. LAYOUTOFPOWERHOUSE:GenerallayoutandarrangementofHydropowerunits.2 Total 3810.SuggestedBooks:S.No NameofBooks/authors/Publishers YearofPublication1. Kumar, D.S. Fluid Mechanics and FluidPower Engineering. SeventhEd.S.K.Kataria&SonsPublishers,NewDelhi,200820092 GardeR.JEngg.EngineeringFluidMechanics 19883. Streter,V.L.,Wylie,E.B.andBedford,K.W.FluidMechanicsMcGrawHill,NewYork,20014. Bansal,R.K. Fluid Mechanics and Hydraulic Machines, LaxmiPublications(P)Ltd.,New,Delhi,2000.NationalInstituteofTechnologySrinagarNameofDeptt./Center DepartmentofCivilEngineering1.SubjectCode CIV511:E1 CourseTitle:ConcreteTechnology2.ContactHours: L:2 T:1 P:03.ExaminationDuration(Hrs):Theory5 4.RelativeWeightages:M1 20 M2 20 Major 50 Assignment &Attendance 105.Credits:36.Semester:5thAutumn7.SubjectArea:Concrete&Concretemakingmaterials8.Prerequisite:Nil9.Objective: To impart understanding of various aspects related to ingredients andpropertiesofconcreteandconcretemixdesign.DetailsofCourse:S.No Contents LectureHours1 Cement:ItsBasicChemistry,TypesofPortlandcement 52 Normalaggregatesandtheirproperties 53Fresh Concrete and its properties. Strength of Concrete:Water/Cement ratioGel/Space Ratio, Influence ofTemperature on Strength of Concrete and Bond betweenconcrete and Reinforcement, Mixing, handling, placing, andConcrete.Elasticity,ShrinkageandCreepofConcrete184 MixDesign:ISmethod 55 SpecialConcretes 3 SuggestedBooks:S.No NameofBook/Authors/PublishersYearofPublication1Naville, A.M. Properties of Concrete. Pearson Publishers, NDelhi20042Shetty, M.S.Concrete Technology S.Chand & Company NDelhi20023 Gambhir,M.L.ConcreteTechnologyTaTaMcGrawHillNDelhi 19954Naville,A.M.andBrookes,J.J.ConcreteTechnology,PearsonPublishers,NDelhi1994NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering1.SubjectCode: CIV511:E1 CourseTitle: EngineeringSeismology (EarthquakeEngineering)2.ContactHours: L:2 T:1 P:0 3.ExaminationDuration(Hrs.): Theory: 3Practical:Nil4.RelativeWeightage:M1:20M2:20CI:10 Major:505.Credits:3 6.Semester:5thAutumn 7.SubjectArea:8.Prerequisite: MusthavestudiedEngineeringGeology&Materials9. Objective: To impart the basic understanding of earthquakes, physics of the earthsinterior from a practical side, to foresee the potential consequences of strongearthquakesonurbanareasandcivilinfrastructureandhowtodomoreefficienthazardmanagement and mitigation. This module will communicate how science can enhancecommunity resilience and has relevance far beyond any site for earth sciences,earthquake engineering, preparedness, mitigation, emergency response, decisionmaking,andpublicpolicy.10.DetailsofCourse: S.No.Contents LectureHours EngineeringSeismology(EarthquakeEngineering) 1. EngineeringSeismology,SeismologyandSeismicExploration(Definitions).IntroductiontoSeismicHazardandEarthquakePhenomenon.GlobalseismicityAnalysisofearthquakefocalmechanisms.62. SeismotectonicsandSeismicZoningofIndia.Microzonation.MechanismofFaulting.EarthquakePrediction.73. Site Response to Earthquakes: Local geology and soilconditions. Site investigations and soil tests. Dynamicdesigncriteriaforagivensite.84. Earthquake Monitoring and Seismic Instrumentation. TheSeismographPrinciplesofSeismometer.Locationoftheepicenterofanearthquake.Earthquakesizeandintensity.Energyreleasedinanearthquake.85. Earthquake:RiskandPreparedness.Earthquake:SocialConsequences;CodesandPublicPolicy.7 Total 3611.BooksrecommendedS.No. NameofBooks/Authors/Publishers YearofPublication1. EarthquakebyBolt,B.A.,W.H.Freeman,NewYork 19932. AnIntroductiontoGeophysicalbyExplorationbyKeareyPandBrooks,M.BlackwellPublishersOxford19913. BasicExplorationGeophysicsbyRobinson,E.SandCoruch,C.JohnWiley&Sons19984. EarthquakebyWalker,B.S.,TimeLifeBooksInc.,Alexandria,Virgina.19825. TheInterioroftheEarthbyBott,M.H.P.,EdwardArnold.London.19826. TheSolidEarth:AnIntroductiontoGlobalGeophysicsbyFlower,C.M.R.,CambridgeUniversityPress.19907. ModernGlobalSeismologybyLay,T.andWallace,T.C.,AcademicPress,SanDiego1995 NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV601 CourseTitle:DESIGNOFSTRUCTURESII3.ContactHours: L:2 T:2 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 4 7.Semester: 6th(Spring) 8.Prerequisite: Nil9.Objective:ToimpartbasicconceptsofSteelDesign.IntroductionofnewcodeIS:8002007isdealtindetail.CourseDetailsS.No. ContentsLectureHours1DesignofSteelStructures:Introduction to structural steel and their properties, rolled sections.Designphilosophies.42Designofboltedconnections;concentricandeccentric.33Designofweldedconnections;concentricandeccentric.34Designoftensionmembers;RolledandBuiltupsections.45Design of compression members; Rolled and Builtup sec. design ofcolumnbases.56Designofflexuralmember,laterallysupported,laterallyunsupportedandbuiltupbeams.67DesignofPlateGirders.48Design of Timber structures: Introduction, Structural timbers and theirproperties. Design of members in tension, compression and flexure.Boltedandnailedjoints.8Reference:1.Designofsteelstructures By Subramanium2.DesignofSteelStructures By Duggal3.DesignofSteelStructures By AryaandAjmani.4.DesignofSteelStructures By VizraniandRatwaniNATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR01.NameoftheDepartment: DepartmentofCivilEngineering02.SubjectCode:CIV601(P) CourseTitle:STRUCTUREEngineeringLab.II01.ContactHours: L:0 T:0 P:002.ExaminationDuration(Hrs.): 03.RelativeWeightage:04.Credits: 1 05.Semester: 6th(Spring) 06.Prerequisite: Nil07. Objective:ToIdeveloptheunderstandingofbehaviorfindeterminatestructures.Nameoftheexperiment:(1)Deflectionofcurvedbeams(2)Behaviourofaportalframeunderdifferentloadcombinations(3)DeflectionofTruss(4)Behaviouracantileverbeamundersymmetricalandunsymmetricalloading(5)Analysisofanelasticallycoupledbeam(6)Analysisofaredundantjoint(7)AnalysisoftwohingedarchNATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR01.NameoftheDepartment: DepartmentofCivilEngineering02.SubjectCode:CIV602 CourseTitle:HighwayEngineeringandPMS03.ContactHours: L:2 T:1 P:004.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:305.RelativeWeightage:MinorI:20; MinorII:20; Major:50; CA:1006.Credits: 3 07.Semester: 6th(Spring) 08.Prerequisite: Nil09.Objective:ToimpartunderstandingandknowledgeofvariousaspectsofHighwayEngineeringandPavementManagementSystem.10.DetailsofCourse:S.No. Contents LectureHours1Scope,History,classificationofroads.Comparisonwithothermodesoftransportation.42 Alignmentdesign:routesurveyandhighwayLocation 33Geometric design: crosssection elements; sight distances,horizontalandverticalalignment.104Pavement design:factors affecting pavement design, types ofpavements, Empirical methods of flexible pavement design (e.g.C.B.R, group index and Burmister's layer theory), stresses due toload and temperature in rigid pavements, introduction to designmethodsofrigidpavements.75Highway materials and construction: Properties and tests for roadaggregatesandbituminousmaterials,designofbituminousconcretemix, methods of preparing subgrade, base course and constructionofvarioustypesofsurfacecovers,jointsincementconcreteroads.66Pavementmanagementsystem:basicconcept,datarequirements&collection methods, maintenance and rehab treatments, priorityprogramming,implementationofPMS.6Total 36 11.SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1Khanna,S.K.andJusto,C.E.G.2002.HighwayEngineering.NemChandBrothers,Roorkee.20022Bhanot,K.L.1990.HighwayEngineering,S.ChandandCompany(P)Ltd.,NewDelhi.19903Rao,G.V.1996.PrinciplesofTransportationandHighwayEngineering,TataMcGrawHill,NewDelhi.19964PavementDesignandManagementGuidebyTransportationAssociationofCanada,Ottawa,Ontario,Edn.Dr.RalphHaas,UniversityofWaterloo.1997 NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR1.SubjectCode:CIV602(P) CourseTitle:HighwayLaboratory2.ContactHours: L:0 T:0 P:23.ExaminationDuration(Hrs): Theory: Practical:4.RelativeWeightage:CANB MinorI MinorIIMajor5.Credits: 6.Semester:Spring 7.SubjectStatus:Core8.Prerequisite:Nil9. Objective: To impart understanding and knowledge of various Highway Material PropertiesandTesting.10.DetailsofCourse:S.No. Contents LectureHours1Tests on aggregate, aggregate grading,specific gravity, crushing,abrasion, impact, soundness, flakiness, elongation, finenessmodulus,silicacontent,organiccontent,siltcontent,Alkalinity,deleteriousmaterial.122Tests on bitumen and bituminous mixes: viscosity; penetration,softeningpoint,flash&firepoint,ductility,specificgravity,elasticrecovery,marshallstability103 Testsonsubgrade:subgrademodulous,CBR. 02Total 24 11.SuggestedBooks/Manuals:S.No. NameofBooks/Authors/Publishers YearofPublication1Khanna,S.K.andJusto,C.E.G.2002.HighwayEngineering.NemChandBrothers,Roorkee.20022HighwayMaterialsandPavementTestingbyKhanna,Justo&Veeraragavan,NemChandBrothers,Roorkee20093MaterialTestingLaboratoryManualbyKukreja,Kishore&Chawla,StandardPublishers,NaiSarak,Delhi19960 1 20 0 0801 NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering8.SubjectCode: CIV603CourseTitle: EngineeringGeology&Materials9.ContactHours: L:3 T:1 P:2 10. ExaminationDuration(Hrs.): Theory: 3Practical:211. RelativeWeightage:M1:20M2:20CI:10 Major:5012. Credits: 4 6.Semester:Spring 7.SubjectArea:8.Prerequisite: Nil9.Objective: Toimpartthebasicunderstandingofhowrocksbehaveatdifferentscales,under various loading conditions at ground surface and in the subsurface (a few km belowground). The link between rock mechanics, geology and hydrogeology (i.e. the conditionsunder whichthe rock formed) will beclearly established. The student shall understand thevariousengineeringpropertiesofearthsmaterials.10.DetailsofCourse: S.No.Contents LectureHours PartA:EngineeringGeology 1. PhysicalGeology;geologyanditsrelevancetocivilengineering,geologicalworkofwind,rivers,glaciersandseas.62. Petrology;formationofrocks,types/fieldclassification,weatheringofrocks,originofsoils.63. StructuralGeology;folds,faults,joints,unconformities.44. EngineeringGeology;geologicalconsiderationsintunnels,dams,bridges,buildingsites;landslides65. Earthquakes;basicdefinitions,typesandcauses,distributionintheworld,seismiczones.6 PartB:Materials 1. Stones;theirengineeringproperties;bricks,classificationandstrengthrequirements;tilesandtheiruses.22. Timber;properties,defects,seasoning,decayandprevention.23. Lime;types,propertiesandtests. 24. Othermaterials 2 Total 36RecommendedfieldworkI:Fieldtriptogeologicallysignificantplacestolearninsitucharacterof rocks in quarries/outcrops, road cuttings, dams, tunnels and underground excavations measuringstrikeanddipofaformationtracingofoutcrops.11.BooksrecommendedS.No. NameofBooks/Authors/Publishers YearofPublication1. Bangar,K.M,PrinciplesofEngineeringGeology, 1995StandardPublishersDistributors,NewDelhi.2. ParbinSinghEngineeringGeology,KatsonPublishersNewDelhi.20093. Billings,M.P.,StructuralGeology,PrenticeHallIndia,NewDelhi.19744. Blyth,F.G.HanddeFreitas,M.H.GeologyforEngineers,ELBS,London.19745. Gokhale,KVG.KandRao,D.M.,ExperimentsinEngineeringGeology,TataMcGrawHill,NewDelhi.19816. Kesavulu,C.TextbookofEngineeringGeology,Macmillan,IndiaLtd.NewDelhi.19937. GeologyforCivilEngineersbyMcLeanandGribble,SponPress,Taylor&FrancisGroup,London.19998. BuildingMaterialsbyParbinSingh,KatsonPublishersNewDelhi.20099. CivilEngineeringMaterialbyGurbachanSingh,StandardPublishersNewDelhi.200010. BuildingMaterialbyDutta. 11. BuildingMaterialsbyDuggalS.K.,NewAgeInternational(P)Ltd.Publishers,NewDelhi.2006NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering13. SubjectCode: CIV603(P) CourseTitle: EngineeringGeologyLaboratory14. ContactHours: L:0 T:0 P:2/2 15. ExaminationDuration(Hrs.): Theory: 0Practical:216. RelativeWeightage:InternalAssessment:40 ExternalAssessment:6017. Credits: 1 6.Semester:Spring 7.SubjectArea:8.Prerequisite: Nil9.Objective: Toimpartthebasicunderstandingofhowrocksbehaveatdifferentscales,undervariousloadingconditionsatgroundsurfaceandinthesubsurface.Thelinkbetweenrock mechanics, geology and hydrogeology (i.e. the conditions under which the rockformed) will be clearly established. The student shall understand the various engineeringpropertiesofearthsmaterials.10.DetailsofCourse: S.No.Contents LectureHours ListofExperiments 1. ThestudyofPhysicalPropertiesofMinerals. 62. DeterminationofSpecificGravityby:d)JollysSpringBalancee)WalkersSteelYardBalancef)BeamBalance63. StudyofRocksandtheirCharacteristics. 44. StudyandSketchingofvarioustypesofGeologicalStructures.65. DeterminationofDipandStrikewithaClinometerCompass.6NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE : DepartmentofCivilEngineering2.SubjectCode: CIV604 CourseTitle: HydropowerEngineering3.ContactHours L:3 T:1 P:04.ExaminationDuration(Hrs.): Theory Practical 5.RelativeWeightage: M1 M2 Major CWA 6.Credits: 7.Semester:Spring 8.Prerequisite: Nil9.Objective: Toimparttheknowledgeforunderstandingofvariousaspectsofhydropowerdevelopment.TofamiliarizethestudentswiththevarioustypesofCivilEngineeringstructuresusedinhydropowerdevelopmentanddesignaspectsofsomeofthem.10. DetailsofCourse:S.No.Contents LectureHours1Introduction:Hydropowerdevelopment,powerequation,assessmentofpotential,comparisonofhydrothermalandnuclearpowerplants22ClassificationHigh,MediumandLowHeadschemesRunoffriverplantsStoragepowerstationTidalpowerplantRecentexperiencesinwavepowerdevelopmentUndergroundpowerplantsPumpedstorageschemesSmallandminiHydropowersystemsPowerdemandRoleofHydropowerinagrid.43WATERCONVEYANCESYSTEM:PowerCanals,Alignment,DesignofPowercanals,Flumes,CoveredconduitsandTunnels.PenstocksAlignment,typesofpenstocks,EconomicDiameterofpenstocks,Anchorblocks.74DAMS:Selectionofsite,PreliminaryInvestigations,FinalInvestigations,TypesofDamsRigidDams:Gravitydams,Archandbuttressdams,Basicprinciples1030 20 205010 4 ofdesignanddetailsofconstruction.5 EMBANKMENTDAMS:Earthendams,rockfilldams,Designconsiderations.66 SPILLWAYS:Types,Spillwaygates,Designofstillingbasins.67POWERHOUSEDETAILS:Forebay,Intakes,Generallayoutofpowerhouseandarrangementofhydropowerunits;undergroundPowerstations.38 TRANSMISSIONSYSTEMS:Generalintroduction 29 EconomicandFinancialfeasibilityofHydroPowerplants. 2Total 4211. SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1. Barrows,H.K.WaterPowerEngineering,TataMcGrawHillPublishingCompanyLtd.,NewDelhi.19992 Nigam,P.S.HandbookofHydroelectricEngineeringNemChand&Brothers,India.19853 Dandekar,M.M.WaterPowerEngineering,VikasPublishingHouse,Gaziabad,U.P.India.19854 Deshmukh,M.M.WaterPowerEngineering,DanpatRai&Sons,NaiSarak,Delhi.20025 Varshney,R.S.HydropowerStructures,NemChandBrothers,Roorkee,.20016Arora,K.R.IrrigationwaterpowerandWaterResourcesEngineering,StandardPublishersDistributors,Delhi.20027 Das,M.MSaikia,M.SIrrigationandwaterPowerEngineering.PHILearning.Pvt.Ltd.20098 Brown,G,,HydroelectricEngineeringPractice,CPS,. 19849 CreagerandJustin,HydroelectricHandBook,JohnWiley. 1950NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPTT./CENTRE:DepartmentofCivilEngineering1.SubjectCode:CIV611E1 2CourseTitle:AdvancedGeotechnicalEngineering3.ContactHours: L: 2 T: 1 4.ExaminationDuration: Minors:60minuteseachMajor=3hrs 5.RelativeWeightage:MinorI:20MinorII:20Major:50C.I.+C.A:10 6.Credits: 7.Semester: 6th.(Spring)8.Prerequisite: Nil9.Details:S.No. Topic/contents LectureHours1 Earth Retaining Structures: Analysis for earth pressures by othermethodsforslopingbackfill,proportioningandstabilitychecks.102 Analysis and design pile foundations,ms detailed , Raft foundations;analysisanddesign.123 EnvironmentalGeotechniques:Introduction,importanceandscope.LandfillsBasicsanddesignanddevelopment.104 SlopestabilityAnalysisadvancedmethods.045 SoilDynamicsBriefIntroduction.02Books:1.EarthRetainingStructuresbyShamsherPrakash.2.DesignaidsingeotechnicalEngineeringbyKaniRaj.3.FoundationEngineeringbyBowels4.FoundationEngineeringbyTeng.NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE :DepartmentofCivilEngineering1.SubjectCode: CIV611E1 CourseTitle: WatershedManagement2.ContactHours L:3 T:0 P:03.ExaminationDuration(Hrs.): Theory Practical 4.RelativeWeightage: M1 M2 Major CWA 5.Credits: 6.Semester:Spring 7.Prerequisite: Nil8.Objective: Tofamiliarizethestudentswithdifferentaspectsofwatershedmanagement.9.DetailsofCourse:S.No.Contents LectureHours1Introduction:ImportanceofWaterShedDevelopmentforimprovementinEnvironment.StatusofWatershedDevelopmentinIndia,WatershedConcepts.42Land:Survey(layout), Soil and Soil Moisture Conservation, Rainwater Management,Reclamationofsalinesoils.63Water:DataandAnalysis,IntegratedWaterResourcesManagement,ConjunctiveUse.64Greenery:Agriculture,CropHusbandry,SustainableAgriculture,Biomass,Management,DrylandAgriculture,Irrigation,PasturesandSilvipastures,Horticulture,SocialForestry,Afforestation.65 Energy:RenewableResources,Biomass,smallhydropower,OceanTidesandWaves.46 Socioeconomics:Peoplespart,StateandIntegratedApproach,SustainableSociety,Economics.47 AppropriateTechnology:FarmEquipment,ContourMethods,CheckDams,WaterCatchmentand630 20 205010 3 Harvesting,LowCostTechnology,RuralTechnologicalDeliverySystems.Total 3610. SuggestedBooks:S.No.NameofBooks/Authors/Publishers YearofPublication1. Murthy,J.V.S.WatershedManagement,NewAgeInternationalPublishers(P)Ltd.India.20042 Das,Ganshyam.HydrologyandSoilConservationEngineering,PrenticeHallofIndia. 20043 Suresh,R.WatershedHydrology,StandardBookHouse,India. 2010NationalInstituteofTechnologySrinagar1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV612E2 CourseTitle:STRUCTURALANALYSISIII3.ContactHours: L:2 T:1 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 3 7.Semester: 6th(Spring) 8.Prerequisite: Nil9.Objective:DetailsofCourseS.No. ContentsLectureHoursCABLESANDSUSPENSIONBRIDGES:Staticsofasuspensioncable.Analysisofcable&suspensionbridgeswith&withoutstiffeninggirders.Analysisforstaticloads.8INTRODUCTIONTOENERGYMETHODOFANALYSIS:Strain energy concept; strain energy due to flexural and shear loading;AnalysisofIndeterminateBeams,trusses&FramesbyEnergyMethods.12ANALYSISOFARCHESBYFORCEMETHOD:Twohingedandfixedarchanalysisforstaticloads.8INFLUENCELINESDIAGRAMSFORINDETERMINATESTRUCTURES:Principles of Influence Lines for indeterminate Structures; Beams,Arches.MullerBresslauPrinciple,Criteriaformaximummoment&shearunderseriesofmovingconcentratedloadsinbeams.8BOOKSRECOMMENDED1.IndeterminateStructuralAnalysis byC.K.Wang2.IndeterminateStructuralAnalysis byR.L.Jindal3.StructuralMechanics byNoris&WilburNATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE : DepartmentofCivilEngineering1.SubjectCode: CIV612E2 CourseTitle: AppliedHydrology2.ContactHours L:2 T:1 P:03.ExaminationDuration(Hrs.): Theory Practical 4.RelativeWeightage: M1 M2 Major CWA 5.Credits: 6.Semester:Spring7.Prerequisite: Nil8.Objective: Toimparttheknowledgeforunderstandingofsomeoftheengineeringandadvancedapplicationshydrologicalanalysisanddesign.9.DetailsofCourse:S.No.Contents LectureHours1 INTRODUCTION:Historicaldevelopment,conceptsofhydrometeorology.32PRECIPITATION:Selectionofprecipitationnetworks,Stormanalysis,Stormselection,DADAnalysis,Depthareafrequencycurve,Conceptofprobablemaximumprecipitationandeffectiverainfall.63EVAPORATIONANDEVAPOTRANSPIRATION:Measurement,factorsaffectingevaporationandevapotranspiration,evaporationreduction,E.T.equations54INFILTRATION:Factorsaffectingmeasurement,infiltrationcapacitybyhydrographanalysis,infiltrationindices,empiricalandanalyticalequations.55RUNOFF:Determinationofavailableflow,derivationofunitgraphfromcomplexstormhydrograph,Scurvehydrograph,IUHanditsdetermination,elementaryideaofconceptualmodels,Syntheticunitgraphs.830 20 205010 3 6EXTREMEFLOWS:Estimationofdesignflood,floodfrequencyanalysis,factorsaffectingdroughts,analysisofdroughts.87REGRESSIONANDCORRELATION:Elementarytreatmentwithtwovariablesandapplicationtohydrologicproblems.4Total 3910. SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1. Chow,VenTe,Maidment,David,R.,MaysLaryW.AppliedHydrology,McGrawHillPublications.19882 Viessmann,WarrenJr.,LewisGaryL.IntroductiontoHydrologyPrenticeHallofIndia,NewDelhi.20093 Wilson,E.M.EngineeringHydrologyELBS,EnglishLanguagebookSociety/MacmillamEducationLtd.,London.19994 Linsely,K.,Kohler,A.andPaulhusL.H.HydrologyforEngineersMcGrawHillBookCompanyInc.NewYork.19755 Linsely,K.,Kohler,A.andPaulhusL.H.AppliedHydrologyMcGrawHillBookCompanyInc.NewYork.19496ChowVenTe,HandbookofAppliedHydrology,McGrawHillBookCompany,NewYork.19647 Singh,V.P.ElementaryHydrology,PrenticeHallofIndia,Pvt.Ltd.,NewDelhi.1994NATIONALINSTITUTEOFTECHNOLOGYSRINAGAR1.SubjectCode:CIV701CourseTitle:WaterSupplyandSanitaryEngineering2.ContactHours:L:2T:13ExaminationDuration(Hrs):3Hrs4.RelativeWeightage:Minor1=20,Minor2=20,CP=10,Major=505.Credits=36.Semester=Autumn7.SubjectArea:8.PreRequisite:Nil9.Objectives:Toimparttrainingtothestudentofvariousaspectsrelatedtowaterquality,Quantity,StorageandDistributioninadditiontosanitationofbuildings.10.Detailsofcourse:SNoContents LectureHours1 Introductionandscope,Varioussourcesofwater,WaterQualityParameters,significanceandcodalrecommendationsoflimitsforvarioususes62. Waterdemandforvariouspurposes,Populationforecast,storagecapacitiesofreservoirs,Variationindemand63. Watertreatment:Conventionaltreatmentslikescreening,sedimentation,Coagulation,Filteration,Disinfection.AdvancedtreatmentslikeMicroFilteration,Reverseosmosis,Activatedcarbon,etc104. Systemsofdistribution,Locationofreservoirs,distributionpatterns, 25. Pipedesigns,networkanalysisbyvariousmethods,pipematerialsandjoints,leakageprevention,typesofpumps,PumpDesign66 Watersupplyinbuildings,Plumbingandfixtures 37. Sanitationofbuildings. 3 Total 3611.Suggestedbooks:S.NoNameofbooks/Authors/PublishersYear1. WaterWorksEngineering,/S.RQ,MotleyE.M,GuangZha/PrenticeHall 20092 Env.Engg.Vol1/ModiP.N./StandardBookHouse 20083 WaterandWasteWaterTech./HammerM.J,/PrenticeHall 20014 WaterSupplyandSewerage,/McGheeT.J/McGrawHill,Inc 1991NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPARTMENT: DepartmentofCivilEngineering1.SubjectCode:CIV701(P) CourseTitle:WaterQualityLaboratory2.ContactHours:L:0 T:0 P:23.RelativeWeightage:Internal:40External:604.Credits:1 5.Semester:7th(Autumn) 6.Prerequisite:Nil7.DetailsofCourse:S.No ListofExperiments LectureHours1. Todeterminethetotalsolids,suspendedsolidsanddissolvedsolidsforagivensampleofwater22. Todeterminethealkalinityofagivensampleofwater 23. Todeterminethetotalhardnessandcarbonatehardnessforagivensampleofwater.24. Todeterminetheturbidityofwater. 25 Tofindthecolourandodourofagivensampleofwater 26. TodeterminethepercentageofSodiumandpotassiuminagivensampleofWater27. Todeterminethepercentageofsulphates,chlorides,iodide,Floride.28. Todeterminetheconcentrationofdissolvedoxygeninagivensampleofwaterandtofindouttheoxygenconsumed.29. TodeterminethepercentageofAmmoniaandNitrogenpresentinagivensampleofwater.210. TodeterminethepercentageofMagnesium,Calcium,Iron,SilicaandAluminiuminagivensampleofwater.2 Total 20NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFTHEDEPTT./CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV702 CourseTitle:StructuralDynamics2.ContactHours: L: 2 T: 1 P: 03.ExaminationDuration(Hrs.): Theory: 3 Practicals: 04. Relative Weightage: MinorI: 15 MinorII: 15 Major: 40C.I+C.A:155.Credits: 4 6.Semester: 7th(Autumn) 7.Prerequisite:Nil8.Objective:ToimpartunderstandingofvariousaspectsofstructuralDynamics/PlasticAnalysis& Design of steel structures to deign safe Earthquake Resistant structures/safe steelstructures.9.Detailsofcourse:S.No.Contents LectureHours01. Nature of dynamic loading: Harmonic, earthquake and blast loading,Singledegreeoffreedomsystems,freevibrationsandforcedvibrations:Harmonicforce,Periodicforce,Impulse,andGeneraltypeofloading.02. Multidegree of freedom systems, numerical techniques for findingnatural frequencies and mode shapes, orthogonality relationships ofprincipal modes, Rayleighs Principal and its application fordetermination of fundamental frequency. Evaluation of dynamicresponsebymodesuperpositionmethod.03 DiscussiononIndianstandards,codalprovisionsforearthquakeresistantdesign.Designofbuildings(Planeframesonly)basedonCodalprovisions Nature of dynamic loading: Harmonic, earthquake and blast loading,Singledegreeoffreedomsystems,freevibrationsandforcedvibrations:Harmonicforce,Periodicforce,Impulse,andGeneraltypeofloading.Refrences:DynamicsofStructures By AnilK.ChopraDynamicsofStructures By CloughandPenzienStructuralDynamics By MarioPazNATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPARTMENT: DepartmentofCivilEngineering01. SubjectCode:CIV703 CourseTitle:CONSTRUCTIONTECHNOLOGY&MANAGEMENT02. ContactHours:L:2 T:1 03. ExaminationDuration:Minors60minuteseachMajor=3hrs 04. RelativeWeightage:Minor1:20MinorII:20Major:50C.I.+C.A:1005. Credits:1 06. Semester:7th(Spring) 07. Prerequisite:Nil08. DetailsofCourse:S.No. Topic/contents LectureHours01. ConstructionManagement,itsnecessity;objectives&Functions0302. Constructionmethodsandplantimportantequipmentsonly0603. Projectscheduling:VarioustechniquesnamelyBarchart;CPMandPERT.0704. Engineeringeconomicsofprojects;Depreciation;SinkingFund;compoundinterestfactors,Selectionofmosteconomicalalternativebyvariablecostmethod/Costbenefitratio.OwningandOperatingcost.1005. OrganizationofLeadership:Functionofprotectorganization.Principlesandadvantagesofgoodorganization.Leadershipandmotivation0406. Worksaccounting.Cashbook,Imprestcash,contractorsbills,storeaccounts.Materialsatsiteaccount.Indent,invoice,Debit&Creditnote,suspenseheadstock,EngineeringStatements,Formofagreement.06BooksRecommended:1.CosntructionManagementbyMaheshVerma2.ConstructionofPlantandEquipmentbyPeurifayNATIONALINSTITUTEOFTECHNOLOGY,SRINAGARNameoftheDepartment: DepartmentofCivilEngineeringSubjectCode:CIV704 CourseTitle:DESIGNOFSTRUCTURESIIIExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:3RelativeWeightage:MinorI:20;MinorII:20; Major:50; ClassPerformance:10DetailsofCourseS.No. ContentsLectureHours1DesignofFoundations:Various types of RCC footings, Design of Isolated footings and varioustypesofcombinedfootings.IntroductiontoRaftfoundationsanddesignprocedure.Designofmasonryfoundations112DesignofRetainingwalls:Stabilityanalysisofretainingwalls,designofcantileverandcounterforttypeRCCretainingwalls.Designofmasonryretainingwalls.83DesignofWaterretainingStructures:Designunderground,circularandrectangularwatertankswithreferencetoIS:3370.64DesignofPrestressedConcrete:General principles, methods of prestressing, pretensioning and posttensioning, losses in prestress. Design of rectangular, T and I sectionbeams.75DesignofShellstructures:Membrane analysis of spherical and conicaldomes bystatical methods.Designofdomesandringbeams.4Reference:1.DesignofFootings By Kurien2.DesignofReinforcedandPrestressedConcreteStructures By KongandEvans3.DesignofR.C.C.Structures By JainandJaiKrishan.4.PrestressedConcreteStructures By KrishnaRaju.5.Designofmasonry,timberStructures By Arya.NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR1.SubjectCode:CIV711:E1 CourseTitle:RailwayandAirportEngineering2.ContactHours: L:2 T:1 P:03.ExaminationDuration(Hrs): Theory: Practical:4.RelativeWeightage:CAA MinorI MinorIIMajor5.Credits: 6.Semester:Spring 7.SubjectStatus:Elective8.Prerequisite:Nil9.Objective:ToimpartunderstandingandknowledgeofvariousaspectsofRailwayandAirportEngineering.10.DetailsofCourse:S.No. Contents LectureHours1Importance of transportation systems, history of railways and it'sdevelopment,developmentofIndianrailways.32Permanentwayandit'scomponentparts,formation,ballast,sleepers,rails.creepandtiltinrails.63Trackresistanceandtractiveeffort,gaugeproblem,superelevationnearbranchingofcurves,gradients.54Trackfittingsandfastenings,pointsandcrossings,stationPlatforms,yardsandsidings.65Classification of airports; planning, surveys and site selection ofairports.46Airport geometrics: runway length and patterns & orientation,windrose diagram,width and grades of runway, taxiways andaprons.67Airportpavementdesign:differencebetweenhighwayandairportpavements, introduction to various design methods, airportdrainage.6Total 3611.SuggestedBooks:S.No. NameofBooks/Authors/Publishers YearofPublication1Rangawala,S.C.2002.RailwayEngineering,CharotarPublishers,Anand20022Arora,S.P.andSaxena.2001.RailwayEngineering,DhanpatRaiPublishers,NewDelhi.20013Khanna,AroraandJain.2002.AirportPlanningandDesign,NemChandandBrothers,Roorkee.20024HorrenJeff.AirportPlanningandDesign19962 0 10 20 20503 NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE : DepartmentofCivilEngineering1.SubjectCode: CIV711E1 CourseTitle: FluvialHydraulics 2.ContactHours L:2 T:1 P:03.ExaminationDuration(Hrs.): Theory Practical 4.RelativeWeightage: M1 M2 Major CWA 5.Credits: 6.Semester:Spring 7.Prerequisite: Nil8.Objective: ToimpartunderstandingofvariousaspectsrelatedtoFloodsandDroughtsandmeasurestocombatthem.9.DetailsofCourse:S. No. Contents LectureHours1 I ntroducti on: Sedi ment and fl uvi al hydraul i cs, nature of sedi ment probl ems. 2Properti es of sedi ment: Parti cl e si ze, shape, densi ty, f al l vel oci ty. Bul k properti es vi zparti cl e si ze di stri buti on, speci f i c wei ght, and porosi ty. 3Threshol d of parti cl e Transport: I ntroducti on , I nci pi ent moti on cri teri a: compotent vel oci gy, l i f tconcept, cri ti cal tracti ve force ( Shi el ds and Whi te 4Bed Forms: Termi nol ogy, Theoreti cal anal ysi s of bed forms, empi ri cal andgraphi cal anal ysi s, f actors af fecti ng bed forms. 5Channel roughness and resi stance to f l ow: Resi stance to f l ow wi th ri gi d boundary: Vel oci ty di stri buti onapproach, Darey Wei bach f ormul a, Chezys f ormul a, Manni ng sf ormul a, sedi ment si za and Manni ng s coeff i ci ent. 30 20 205010 3 Resi stance to f l ow wi th movabl e boundary: Grai n roughness andf orm roughness, surf ace drag and form drag, di fferent approachesvi z. Ei nstei n; s, Ei nstei n Barbarosa, Engel und and Hansen etc. Bed Load tRansport: I ntroducti on, Shear stress approaches vi z, Duboys; Shei l ds, Kal i nskes, etc. Energy Sl ope approaches vi z Meyer peter, meyerPeter and Muel l er, Di scharge approach, vel oci ty and Bed formapproaches, Probabi l i sti c approach vi z ?Ei nstei n s approach. Suspended Load Transport: I ntroducti on, general consi derati ons, Exchange theory underequi l i bri um condi ti ons The Rouse equati on, ef fect of suspendedsedi ment on Z, K and vel oci ty di stri buti on, Suspended l oad formul asvi z Lane and Kal i nske, Eubsteub etc, Total Load Transpsort: I ntroducti on; General approaches; Total Load Transport functi onsbased on Ei nstei ns bed l oad functi on, power concept, etc. Stabl e Channel Desi gn: The empi ri cal stabl e channel desi gn, Tracti ve force method of stabl e channel desi gn: Drag di stri buti on and resi stance to moti on, desi gn val ues for boundary shear, the stabl e cross secti on, Desi gnby tracti ve f orce method. 10. References:1.Graf,W.H.Hy7draulcisofSedimentTransport,McGrawHillinternational2.Garde,R.J.andRangaraju,K.G.Mechanicsofsedimenttransportationandalluvialstreamproblems3.Yang,ChihTed(1966)SedientTransportTheoryandPra;c;tice,McGrawHillCompaniesInc.NewYork.4.Raudkivi,A.J.LooseBoundaryHydraulics,PergamonPress.NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR,J&KNAMEOFTHEDEPARTMENT/CENTRE : DepartmentofCivilEngineering01.SubjectCode: CIV801CourseTitle: IrrigationandHydraulic Structures02.ContactHours L:2 T:2 P:003.ExaminationDuration(Hrs.): Theory Practical 04.RelativeWeightage: M1 M2 Major CWA 05.Credits: 06. Semester:Spring07. Prerequisite: Nil08. Objective: Toimparttheknowledgeforunderstandingofvariousaspectsofapplicationofirrigationwatertoagriculturalfieldsanddesignaspectsofsomeirrigationstructures.09. DetailsofCourse:S.No.Contents LectureHours1INTRODUCTION:PresentstatusofirrigationinIndia,Advantagesofirrigation,briefdescriptionofGravity,Liftandsprinklerirrigation.42SOILWATERPLANTRELATIONSHIPCROP.WATERREQUIREMENTS:Soilmoistureandcropwaterrelationships,Duty,Delta,Consumptiveuse,Irrigationrequirements,PrincipalIndiancrops,Multiplecropping,etc.43CANALIRRIGATION:Typesofcanals,partsofcanalirrigationsystem,channelalignment,assessmentofwaterrequirements,estimationofchannellosses,DesignofChannels,Regimeandsemitheoriticalapproaches;Canallining,factorsaffectingchoiceofvarioustypesofcanallinings.84DIVERSIONHEADWORKS:Selectionofsiteandlayout,Partsofdiversionheadworks,typesofWeirsandBarrages,Designofweirsonpermeablefoundations,Controlofsiltentryintocanal,Siltexcludersanddifferenttypesofsiltejectors.105 CROSSDRAINAGEWORKS: 1030 20 205010 4 Necessityofcrossdrainageworks,theirtypesandselection;DesignofvarioustypesofcrossdrainageworksAqueduct,syphonaqueduct,Superpassage,Syphon,Levelcrossing.6WATERLOGGING:causes,preventiveandcurativemeasures,Drainageofirrigatedlandssalineandalkalinelands.4Total 4010. SuggestedBooks:S.No.NameofBooks/Authors/Publishers YearofPublication1. SinghBharat.FundamentalsofIrrigationEngineering,NemChand&Brothers,Roorkee.19752 Varshney,GuptaandGupta,IrrigationEngineeringAndHydraulicStructures.NemChand&Brothers,Roorkee.19823Arora,K.R.IrrigationwaterpowerandWaterResourcesEngineering,StandardPublishersDistributors,Delhi.20024 Asawa,G.L.ElementaryIrrigationEngineeringNewAgeInternational(P)Ltd.Publishers,NewDelhi.1999NATIONALINSTITUTEOFTECHNOLOGY,SRINAGAR1.NameoftheDepartment: DepartmentofCivilEngineering2.SubjectCode:CIV802 CourseTitle:BRIDGEENGINEERING3.ContactHours: L:2 T:1 P:04.ExaminationDuration(Hrs.): MinorI:1; MinorII:1; Major:35.RelativeWeightage:MinorI:20; MinorII:20; Major:50; ClassPerformance:106.Credits: 3 7.Semester: 8th(Spring) 8.Prerequisite: Nil9.Objective:Theobjectiveistoimpartdesignconceptsofbridgeswhichcanbeutilizedinrealpracticefordesignofvarioustypesofbridges.DetailsofCourseS.No. ContentsLectureHours1 Introduction to Bridges: types of Bridges, standard loads on Bridges.Scourdepth,Afflux.32 Influence Line diagrams for Bridge Trusses. Criteria for maximum forcesunderseriesofmovingloads(StandardI.R.CLoading).83 DesignofFootbridgesandCulverts. 34 Design of Trussed Bridges subjected to Standard IRC loading (ClassB,ClassA,ClassAAandClass70R).65 Designofsteelbridges:PlateGirderBridgeandCompositeBridges(SteelPlate Girder and R.C.C Slab Type) subjected to Standard IRC loading(ClassB,ClassA,ClassAAandClass70R).86 DesignofBridgeSlabssubjectedtoIRCloading. 8Reference:1.Victor,D.J.EssentialsofBridgeEngineering,OxfordandIBHPublishers,NewDelhi.2.Ponnuswamy,S.BridgeEngineering,TataMcGrawHill,New3.DesignofSteelStructures By VizraniandRatwani4.DesignofBridges By KrishnaRaju5.DesignofBridges By Rakshit.NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEOFDEPT./CENTRE: DepartmentofCivilEngineering1.SubjectCode: CIV811:E1 CourseTitle: RockMechanicsand TunnellingTechnology2.ContactHours: L:2 T:1 P:0 3.ExaminationDuration(Hrs.): Theory: 3Practical:Nil4.RelativeWeightage:M1:20M2:20CI:10 Major:505.Credits:3 6.Semester:Spring 7.SubjectArea:8.Prerequisite: MusthavestudiedEngineeringGeology&MaterialsandGeotechnicalEngineeringI.9.Objective:Toimpartthebasicunderstandingofthemechanicalbehavioroftherock and to understand the mechanicsconcerned withthe response ofthe rock to theforcefieldofitsphysicalenvironments.Attheconclusionofthismodule,itisexpectedthat students will be able to perform simple rock mechanics and rock engineeringanalysis,understandthefundamentalsofrockengineeringdesign,andconfidentlyapplythematerialtowhichtheyhavebeenexposed.10.DetailsofCourse: S.No.PartARockMechanics LectureHours PartARockMechanics 1. Introduction to rock mechanics and rock engineering.Terminology,RockClassificationSystems.62. Physical and Mechanical Properties of Rocks.LaboratoryTesting.33. Rockmasses:strength,deformability,failurecriteria. 34. Foundations and slope stability: foundations ondiscontinuousrock,slopeinstabilitybasicmechanisms.35. Rockreinforcementandrocksupport:underlyingprinciples,similaritiesanddifferences.RockBolting.3 PartBTunnellingTechnology 1. Introductiontotunnelling:Fundamentaldefinitions,tunnellingartandengineering,historicaldevelopment,Classificationoftunnels.52. Geologicalaspectsoftunnelling:Geologicalinvestigation,evaluationandappreciation,importanceofgeologicalknowledge,aimofgeologicalinvestigation,principalelementsofexplorationprogramme,Influenceofgeologicalconditionsondesignandconstructionoftunnels.83. MethodsofTunnellinginsoftandhardrock.Liningoftunnels.Tunnelsupports.5 Total 36RecommendedfieldworkII:Fieldtriptogeologicallysignificantplacestolearninsitucharacterofrocksinoutcrops,roadcuttings,dams,tunnelsandundergroundexcavations.1.BooksrecommendedS.No. NameofBooks/Authors/Publishers YearofPublication1. Brown,E.T.;AnalyticalandComputationalMethodsinEngineeringRockMechanics,CBSPublishersandDistributors,NewDelhi.19892. Goodman,P.E.;IntroductiontoRockMechanics,JohnWiley&Sons.19893. DesignandConstructionofTunnels:AnalysisofControlledDeformationsinRockandSoils(ADECORS)byPietroLunardi20084. TunnellingandTunnelMechanics:ARationalApproachtoTunnellingbyD.Kolymbas.20105. IntroductiontoTunnelConstruction(AppliedGeotechnics)byDavidChapman,NicoleMetjeandAlfredStrk.20106. TunnelingtotheCenteroftheEarth:Stories(P.S.)byKevinWilson.20097. QuantumTheoryofTunnelingbyMohsenRazavy.2003NATIONALINSTITUTEOFTECHNOLOGYSRINAGARNAMEODDEPTT/CENTRE: DepartmentofCivilEngineering1.SubjectCode:CIV812:E2 CourseTitle:GroundImprovementTechniques2.ContactHours:L=2 T=1 P=03.ExaminationDuration(Hrs):Minor=1 Major=3 4.EvaluationWeightage(Marks):C.P.=10 MinorI=20MinorII=20 Major=505.Credits:3 6.Semester:Spring 7.SubjectArea:CivilEngg8.Prerequisite:GeotechnicalEngineering9. Objective: To impart understanding of various aspects related to Ground ImprovementTechniquesinthefieldofCivilEngg.10.DetailsofCourseUnitNo.CourseContentsLectureHoursUnit1PART I : I NTRODUCTI ON Soi l Types, Soi l I nvesti gati on & Cl assi f i cati onGround Modi fi cati on/Stabi l i zati onNeed f or Engi neered Ground I mprovementCl assi fi cati on of Ground I mprovement Techni quesSui tabi l i ty, Feasi bi l i ty and Desi rabi l i ty of GroundI mprovement Techni quesCurrent & Future Devel opments. PART I I : Ground I mprovement Techni quesMechani cal Modi fi cati on: I ntroducti on toMechani cal Modi fi cati on, Pri nci pl es of Soi l Densi fi cati on, Properti es of Compacted Soi l , Compacti on Control , Speci fi cati on of Compacti onRequi rements, Types of Compacti on Equi pment56Unit2Hydraul i c Modi fi cati on: Obj ecti ves & Techni ques, Dewateri ng Systems, Soi l Water Rel ati onshi ps, Si ngl e& Mul ti pl e Wel l Formul as, Drai nage of Sl opes, Fi l trati on & Seepage Control , Pre l oadi ng & Verti cal Drai ns, El ectroki neti c Dewateri ng & Stabi l i zati on. Chemi cal Modi fi cati on/Stabi l i zati on: Effect ofvari ous admi xtures on Engi neeri ng Properti es of5Soi l s such as: Cement, Li me, Fl y ash, Bi tumen, Cement Li me Fl y ash. Other chemi cal addi ti ves such as NaCL, CaCL2, CaSO4, Ca (OH)2, NaOH etc. , Grouti ng Appl i cati ons to Embankments, Foundati ons& Sensi ti ve Soi l s, Admi xtures i n Pavement Desi gn. 8Unit3Thermal Modi fi cati on: Thermal Properti es of Soi l s, Heat Treatment of Soi l s, Ground Freezi ng, Strength &Behavi our of Frozen Ground. Modi fi cati on By I ncl usi ons & Confi nement: Evol uti on of Soi l Rei nf orcement, Appl i cati ons ofGeosyntheti cs Materi al i n Ci vi l Engi neeri ng, Soi l Nai l i ng, Soi l Anchors, Soi l Conf i nement by Formwork. Modi fi cati on by Excl usi on Techni ques: Sheet Pi l es, Conti guous Bored Pi l es, Sl urry Trenches, Di aphragmWal l s, Compressed Ai r. 444Total 36Recommended Books: Methods of Treatment of Unstabl e Ground: Bel t Butterworths, 1975Engi neeri ng Pri nci pl es of Ground Modi fi cati on: Manfi red, R. H. Engi neeri ng Treatment of Soi l s : Bel l , F. GGeosyntheti cs for Soi l I mprovement : ASCE, GST No. 18, New YorkGrouti ng Theory & Practi ce : Nonvei l l er, ESoi l Stabi l i zati on : I ngl es, O. G. &