2013 aero arranged

7/26/2019 2013 Aero Arranged

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ANNA UNIVERSITY, CHENNAI

AFFILIATED INSTITUTIONS

R - 2013

B.E. AERONAUTICAL ENGINEERING

I VIII SEMESTERS CURRICULUM AND SYLLABUS

SEMESTER I

SL. COURSECOURSE TITLE L T P C

No. CODE

THEORY

1. HS6151 Technical English I 3 1 0 4

2. MA6151 Mathematics I 3 1 0 4

3. PH6151 Engineering Physics I 3 0 0 3

4. !6151 Engineering hemistry I 3 0 0 3

5. "E6151 #m$%ter Pr#gramming 3 0 0 36. "E6152 Engineering "ra$hics 2 0 3 4

PRACTICALS

&. "E6161 #m$%ter Practices 'a(#rat#ry 0 0 3 2

). "E6162 Engineering Practices 'a(#rat#ry 0 0 3 2

*. "E6163 Physics an+ hemistry 'a(#rat#ry , I 0 0 2 1

TOTAL 17 2 11 2

SEMESTER IISL. COURSE

COURSE TITLE L T P CNo. CODE

THEORY

1. HS6251 Technical English II 3 1 0 4

2. MA6251 Mathematics II 3 1 0 4

3. PH6251 Engineering Physics II 3 0 0 3

4. !6251 Engineering hemistry II 3 0 0 3

5. "E6252 -asic Electrical an+ Electr#nics Engineering 4 0 0 4

6. "E6253 Engineering Mechanics 3 1 0 4

PRACTICALS&. "E6261 #m$%ter Ai+e+ ra/ting an+ M#+eling 0 1 2 2

'a(#rat#ry

). "E6262 Physics an+ hemistry 'a(#rat#ry , II 0 0 2 1TOTAL 1! " " 2#

SEMESTER III

1


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NO. CODE

THEORY

1. MA6351 Trans/#rms an+ Partial i//erential E%ati#ns 3 1 0 4

2. ME6352 Man%/act%ring Techn#l#gy 3 0 0 3

3. AE6301 Aer# Engineering Therm#+ynamics 3 0 0 3

4. E6451 l%i+ Mechanics an+ Machinery 3 0 0 35. E6452 S#li+ Mechanics 3 0 0 36. AE6302 Elements #/ Aer#na%tics 3 0 0 3

PRACTICAL

&. E6411 Strength #/ Materials 'a(#rat#ry 0 0 3 2

). E6461 l%i+ Mechanics an+ Machinery 'a(#rat#ry 0 0 3 2*. AE6311 Therm#+ynamics 'a(#rat#ry 0 0 3 2

10. AE6312 AM an+ Man%/act%ring 'a(#rat#ry 0 0 3 2

TOTAL 1$ 1 12 27

SEMESTER IVSL. COURSE

COURSE TITLE L T P CNO. CODETHEORY

1. MA645* %merical Meth#+s 3 1 0 42. AE6401 Aer#+ynamics , I 3 0 0 3

3. AE6402 Aircra/t Systems an+ Instr%ments 3 0 0 3

4. AT6302 Mechanics #/ Machines 3 1 0 45. AE6403 Aircra/t Str%ct%res , I 3 1 0 4

6. AE6404 Pr#$%lsi#n , I 3 0 0 3PRACTICAL

&. AE6411 Aircra/t Str%ct%res 'a(#rat#ry , I 0 0 3 2). AE6412 Aer#+ynamics 'a(#rat#ry 0 0 3 2

*. AE6413 A an+ Aircra/t #m$#nent raing 0 0 4 2TOTAL 1$ 3 10 27

SEMESTER V


NO. CODE

THEORY

1. AE6501 light ynamics 3 1 0 4

2. AE6502 Aircra/t Str%ct%res , II 3 1 0 4

3. AE6503 Aer#+ynamics , II 3 1 0 4

4. AE6504 Pr#$%lsi#n , II 3 0 0 3

5. AE6505 #ntr#l Engineering 3 0 0 36. "E6351 Enir#nmental Science an+ Engineering 3 0 0 3

PRACTICAL&. AE6511 Aircra/t Str%ct%res 'a(#rat#ry , II 0 0 3 2

). AE6512 Pr#$%lsi#n 'a(#rat#ry 0 0 3 2

*. "E6563 #mm%nicati#n Sills , 'a(#rat#ry -ase+ 0 0 4 2

TOTAL 1$ 3 10 27

SEMESTER VISL. COURSE

2
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COURSE TITLE L T P CNO. CODE

THEORY

1. M"6)51 Princi$les #/ Management 3 0 0 3

2. AE6601 inite Element Meth#+s 3 1 0 43. AE6602 i(rati#ns an+ Elements #/ Aer#elasticity 3 0 0 3

4. AE6603 #m$#site Materials an+ Str%ct%res 3 0 0 3

5. AE6604 Aircra/t Materials an+ Pr#cesses 3 0 0 36. Electie I 3 0 0 3

PRACTICAL

&. AE6611 Aer# Engine an+ Air/rame 'a(#rat#ry 0 0 3 2

). AE6612 Aircra/t esign Pr#7ect , I 0 0 3 2*. AE6613 #m$%ter Ai+e+ Sim%lati#n 'a(#rat#ry 0 0 3 2

TOTAL 1$ 1 ! 2#

SEMESTER VIISL. COURSE


THEORY1. "E6&5& T#tal 8%ality Management 3 0 0 3

2. AE6&01 Ai#nics 3 0 0 3

3. ME6014 #m$%tati#nal l%i+ ynamics 3 0 0 34. AE6&02 E9$erimental Stress Analysis 3 0 0 3

5. Electie II 3 0 0 36. Electie III 3 0 0 3

PRACTICAL&. AE6&11 Aircra/t esign Pr#7ect , II 0 0 3 2

). AE6&12 Aircra/t System 'a(#rat#ry 0 0 3 2*. AE6&13 light Integrati#n Systems an+ #ntr#l 'a(#rat#ry 0 0 3 2

TOTAL 0 ! 2"

SEMESTER VIIISL. COURSE


THEORY

1. AE6)01 :in+ T%nnel Techni%es 3 0 0 32. Electie I 3 0 0 3

PRACTICAL3. AE6)11 Pr#7ect :#r 0 0 12 6

TOTAL 0 12 12

TOTAL NUMBER OF CREDITS TO BE EARNED FOR A%ARD OF THE DEGREE & 1!3

3
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ELECTIVES FOR B.E. AERONAUTICAL ENGINEERING

SEMESTER VIELECTIVE I


NO. CODE

1. AE6001 The#ry #/ Elasticity 3 0 0 32. AE6002 Aircra/t "eneral Engineering an+ Maintenance

3 0 0 3Practices

3. AE6003 S$ace Mechanics 3 0 0 3

4. AE6004 Heat Trans/er 3 0 0 3

SEMESTER VII

ELECTIVES II


NO. CODE

1. AE6005 Helic#$ter The#ry 3 0 0 3

2. AE6006 The#ry #/ Plates an+ Shells 3 0 0 33. AE600& atig%e an+ ract%re 3 0 0 3

4. AE600) ;A Systems 3 0 0 3

ELECTIVES IIISL. COURSE


1. AE600* In+%strial Aer#+ynamics 3 0 0 3

2. AE6010 Air/rame Maintenance an+


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T# ena(le learners #/ Engineering an+ Techn#l#gy +eel#$ their (asic c#mm%nicati#n sillsin English.

T# em$hasi=e s$ecially the +eel#$ment #/ s$eaing sills am#ngst learners #/ Engineeringan+ Techn#l#gy.

T# ens%re that learners %se the electr#nic me+ia s%ch as internet an+ s%$$lement thelearning materials %se+ in the classr##m.

T# inc%lcate the ha(it #/ rea+ing an+ riting lea+ing t# e//ectie an+ e//icient c#mm%nicati#n.

UNIT I !)3

'istening , Intr#+%cing learners t# "IE , Ty$es #/ listening , 'istening t# a%+i# >er(al ? s#%n+s@S$eaing , S$eaing a(#%t #ne s $laceB im$#rtant /estials etc. Intr#+%cing #nesel/B #ne s /amily C /rien+ My /a#%rite $lace C H#((ies C Sch##l li/eB etc.@ ,Sentence c#m$leti#n , A%t#(i#gra$hical riting >riting a(#%t #ne s leis%re time actiitiesBh#met#nB etc.@

"rammar , Pre$#siti#ns , Sim$le@ #ca(%lary , :#r+/#rmati#n , :#r+ e9$ansi#n >r##t #r+s C etym#l#gy@ E,materials , Interactie e9ercises /#r"rammar ? #ca(%lary , Past@ , ;se #/ se%ence #r+s , A+7ecties #ca(%lary ,i//erent /#rms an+ %ses #/ #r+sB a%se an+ e//ect #r+s E,materials , Interactie e9ercises /#r"rammar an+ #ca(%lary , E9cer$ts /r#m /ilms relate+ t# the theme an+ /#ll# %$ e9ercises ,Pict%res #/ /l# charts an+ ta(les /#r inter$retati#ns.

UNIT IV !)3

'istening , :atching i+e#s C +#c%mentaries an+ res$#n+ing t# %esti#ns (ase+ #n themS$eaing ,


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haing a $#emC7#eC$r#er( , Sen+ing their res$#nses thr#%gh email :riting , reatie ritingBP#ster maing "rammar , irect an+ in+irect s$eech #ca(%lary , 'e9ical items >/i9e+ C semi/i9e+ e9$ressi#ns@ E,materials , Interactie e9ercises /#r "rammar an+ #ca(%lary , Sen+ingemails ith attachment A%+i# C i+e# e9cer$ts #/ +i//erent accents , Inter$reting $#sters.

TOTAL *L("#)T(1#+( 0PERIODS

OUTCOMES(

'earners sh#%l+ (e a(le t# s$ea clearlyB c#n/i+entlyB c#m$rehensi(lyB an+ c#mm%nicate ith #ne #r many listeners

%sing a$$r#$riate c#mm%nicatie strategies.

rite c#hesiely an+ c#herently an+ /lalessly a#i+ing grammatical err#rsB %sing a i+e#ca(%lary rangeB #rgani=ing their i+eas l#gically #n a t#$ic.

rea+ +i//erent genres #/ te9ts a+#$ting ari#%s rea+ing strategies.

listenCie an+ c#m$rehen+ +i//erent s$#en +isc#%rsesCe9cer$ts in +i//erent accents

TETBOOS(

1. e$artment #/ EnglishB Anna ;niersity. Min+sca$es English /#r Techn#l#gists an+Engineers. Frient -lacsanB hennai. 2012

2. hanaelB S.P. English an+ #mm%nicati#n Sills /#r St%+ents #/ Science an+

Engineering. Frient -lacsanB hennai. 2011

REFERENCES(

1. %sing lang%age la( hereer necessaryC$#ssi(le@ etc.

6


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EVALUATION PATTERN(

I46/9 /::::84( 20;

3 tests #/ hich t# are $en an+ $a$er tests an+ the #ther is a c#m(inati#n #/ +i//erent m#+es #/assessment lie

Pr#7ect

Assignment


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T# mae the st%+ent n#le+gea(le in the area #/ in/inite series an+ their c#nergence s#that heC she ill (e /amiliar ith limitati#ns #/ %sing in/inite series a$$r#9imati#ns /#rs#l%ti#ns arising in mathematical m#+eling.

T# /amiliari=e the st%+ent ith /%ncti#ns #/ seeral aria(les. This is nee+e+ in many(ranches #/ engineering.

T# intr#+%ce the c#nce$ts #/ im$r#$er integralsB "ammaB -eta an+ Err#r /%ncti#ns hich arenee+e+ in engineering a$$licati#ns.

T# ac%aint the st%+ent ith mathematical t##ls nee+e+ in eal%ating m%lti$le integrals an+their %sage.

UNIT I MATRICES !)3

Eigenal%es an+ Eigenect#rs #/ a real matri9 haracteristic e%ati#n Pr#$erties #/eigenal%es an+ eigenect#rs Statement an+ a$$licati#ns #/ ayley,Hamilt#n The#rem iag#nali=ati#n #/ matrices


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3. Peter . F eilB A+ance+ Engineering MathematicsB &th E+iti#nB engage learningB2012.

4.


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PH1#1 ENGINEERING PHYSICS I L T P C3 0 0 3

OB'ECTIVES(

T# enhance the /%n+amental n#le+ge in Physics an+ its a$$licati#ns releant t# ari#%sstreams #/ Engineering an+ Techn#l#gy.

UNIT I CRYSTAL PHYSICS!

'attice ;nit cell -raais lattice 'attice $lanes Miller in+ices + s$acing in c%(ic lattice alc%lati#n #/ n%m(er #/ at#ms $er %nit cell At#mic ra+i%s ##r+inati#n n%m(er Pacing/act#r /#r SB -B an+ HP str%ct%res iam#n+ an+ gra$hite str%ct%res >%alitatietreatment@ , rystal gr#th techni%es s#l%ti#nB melt >-ri+gman an+ =#chralsi@ an+ a$#%rgr#th techni%es >%alitatie@

UNIT II PROPERTIES OF MATTER AND THERMAL PHYSICS!

Elasticity, H##e s la , %alitatie@ stress,strain +iagram P#iss#n s rati# act#rs a//ecting elasticity -en+ing m#ment e$ressi#n #/ a

cantileer!#%ng s m#+%l%s (y %ni/#rm (en+ing, I,sha$e+ gir+ers

M#+es #/ heat trans/er, thermal c#n+%ctiity, et#n s la #/ c##ling , 'inear heat /l# 'ee s +isc meth#+


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$r#(lems relate+ t# materials %se+ /#r engineering a$$licati#ns.

TET BOOS(

1. Ar%m%gam M. Engineering Physics. An%ra+ha $%(lishersB 20102. "a%r


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CY1#1 ENGINEERING CHEMISTRY - I L T P C3 0 0 3

OB'ECTIVES(

T# mae the st%+ents c#nersant ith (asics #/ $#lymer chemistry.

T# mae the st%+ent ac%ire s#%n+ n#le+ge #/ sec#n+ la #/ therm#+ynamics an+sec#n+ la (ase+ +eriati#ns #/ im$#rtance in engineering a$$licati#ns in all +isci$lines.

T# ac%aint the st%+ent ith c#nce$ts #/ im$#rtant $h#t#$hysical an+ $h#t#chemical$r#cesses an+ s$ectr#sc#$y.

T# +eel#$ an %n+erstan+ing #/ the (asic c#nce$ts #/ $hase r%le an+ its a$$licati#ns t#single an+ t# c#m$#nent systems an+ a$$reciate the $%r$#se an+ signi/icance #/ all#ys.

T# ac%aint the st%+ents ith the (asics #/ nan# materialsB their $r#$erties an+a$$licati#ns.

UNIT I POLYMER CHEMISTRY !

Intr#+%cti#n lassi/icati#n #/ $#lymers at%ral an+ synthetic Therm#$lastic an+ Therm#setting.%ncti#nality egree #/ $#lymeri=ati#n. Ty$es an+ mechanism #/ $#lymeri=ati#n A++iti#n >ree$r#(lems@ la%si%s,la$eyr#n e%ati#n Ma9ellrelati#ns an t H#// is#therm an+ is#ch#re>$r#(lems@.

UNIT III PHOTOCHEMISTRY AND SPECTROSCOPY !

Ph#t#chemistry 'as #/ $h#t#chemistry , "r#tth%ssra$er laB StarEinstein la an+ 'am(ert,-eer 'a. 8%ant%m e//iciency +eterminati#n, Ph#t# $r#cesses , Internal #nersi#nB Inter,

system cr#ssingB l%#rescenceB Ph#s$h#rescenceB hemil%minescence an+ Ph#t#,sensiti=ati#n.S$ectr#sc#$y Electr#magnetic s$ectr%m , A(s#r$ti#n #/ ra+iati#n Electr#nicB i(rati#nal an+r#tati#nal transiti#ns. ;,isi(le an+ I< s$ectr#sc#$y $rinci$lesB instr%mentati#n >-l#c +iagram#nly@.

UNIT IV PHASE RULE AND ALLOYS !

Phase r%le Intr#+%cti#nB +e/initi#n #/ terms ith e9am$lesB Fne #m$#nent System, atersystem , T@ an+ nan#ire. Synthesis$reci$itati#nB therm#lysisB hy+r#thermalB s#l#thermalB electr#+e $#siti#nB chemical a$#%r+e$#siti#nB laser a(lati#n Pr#$erties an+ a$$licati#ns

TOTAL ("# PERIODS

OUTCOMES(

The n#le+ge gaine+ #n $#lymer chemistryB therm#+ynamics. s$ectr#sc#$yB $hase r%lean+ nan# materials ill $r#i+e a str#ng $lat/#rm t# %n+erstan+ the c#nce$ts #n theses%(7ects /#r /%rther learning.

12


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TET BOOS(

1. Dain P.. an+ M#nica DainB Engineering hemistryB han$at P@'t+.B e elhiB 2010

2. Gannan P.B


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"E6151 COMPUTER PROGRAMMING L T P C3 0 0 3

OB'ECTIVES(T= :4>4: :=o>9 ? 8/ 4o(

'earn the #rgani=ati#n #/ a +igital c#m$%ter.

-e e9$#se+ t# the n%m(er systems.

'earn t# thin l#gically an+ rite $se%+# c#+e #r +ra /l# charts /#r $r#(lems. -e e9$#se+ t# the synta9 #/ .

-e /amiliar ith $r#gramming in .

'earn t# %se arraysB stringsB /%ncti#nsB $#intersB str%ct%res an+ %ni#ns in .

UNIT I INTRODUCTION $

"enerati#n an+ lassi/icati#n #/ #m$%ters, -asic Frgani=ati#n #/ a #m$%ter %m(er System -inary ecimal #nersi#n Pr#(lems. ee+ /#r l#gical analysis an+ thining Alg#rithm Pse%+# c#+e l# hart.

UNIT II C PROGRAMMING BASICS 10

Pr#(lem /#rm%lati#n Pr#(lem S#ling , Intr#+%cti#n t# L $r#gramming /%n+amentals str%ct%re

#/ a L $r#gram c#m$ilati#n an+ lining $r#cesses #nstantsB aria(les ata Ty$es E9$ressi#ns %sing #$erat#rs in L Managing In$%t an+ F%t$%t #$erati#ns ecisi#n Maing an+-ranching '##$ing statements s#ling sim$le scienti/ic an+ statistical $r#(lems.

UNIT III ARRAYS AND STRINGS !

Arrays Initiali=ati#n eclarati#n Fne +imensi#nal an+ T# +imensi#nal arrays. String, String#$erati#ns String Arrays. Sim$le $r#grams, s#rting, searching matri9 #$erati#ns.

UNIT IV FUNCTIONS AND POINTERS !

%ncti#n +e/initi#n #/ /%ncti#n eclarati#n #/ /%ncti#n Pass (y al%e Pass (y re/erence In+ia@ Pt. 't+.B Pears#n E+%cati#n in S#%th AsiaB 2011.2. Pra+i$ eyB Manas "h#shB %n+amentals #/ #m$%ting an+ Pr#gramming in B irst

E+iti#nB F9/#r+ ;niersity PressB 200*

3. !ashaant P. Ganetar. 'et ;s B -P- P%(licati#nsB 2011.REFERENCES(

1. -yr#n S "#tt/rie+B Pr#gramming ith B Scha%m s F%tlinesB Sec#n+ E+iti#nB Tata Mc"ra,HillB 2006.

2. r#mey


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GE1#2 ENGINEERING GRAPHICS L T P C2 0 3 "

OB'ECTIVES(

T# +eel#$ in st%+entsB gra$hic sills /#r c#mm%nicati#n #/ c#nce$tsB i+eas an+ +esign #/Engineering $r#+%cts.

T # e9$#se them t# e9isting nati#nal stan+ar+s relate+ t# technical +raings.

CONCEPTS AND CONVENTIONS *No4 5o6 E/8/4o+ 1

Im$#rtance #/ gra$hics in engineering a$$licati#ns ;se #/ +ra/ting instr%ments -IS c#nenti#nsan+ s$eci/icati#ns Si=eB lay#%t an+ /#l+ing #/ +raing sheets 'ettering an+ +imensi#ning.

UNIT I PLANE CURVES AND FREE HAND SETCHING #)!

-asic "e#metrical c#nstr%cti#nsB %res %se+ in engineering $ractices #nics #nstr%cti#n #/elli$seB $ara(#la an+ hy$er(#la (y eccentricity meth#+ #nstr%cti#n #/ cycl#i+ c#nstr%cti#n #/in#l%tes #/ s%are an+ circle raing #/ tangents an+ n#rmal t# the a(#e c%resB Scales#nstr%cti#n #/ iag#nal an+ ernier scales.

is%ali=ati#n c#nce$ts an+ ree Han+ setching is%ali=ati#n $rinci$les #nly irst angle $r#7ecti#ns@ incline+ t# (#th the $rinci$al $lanes ,eterminati#n #/ tr%e lengths an+ tr%e inclinati#ns (y r#tating line meth#+ an+ traces Pr#7ecti#n #/$lanes >$#lyg#nal an+ circ%lar s%r/aces@ incline+ t# (#th the $rinci$al $lanes (y r#tating #(7ectmeth#+.

UNIT III PRO'ECTION OF SOLIDS #)!

Pr#7ecti#n #/ sim$le s#li+s lie $rismsB $yrami+sB cylin+erB c#ne an+ tr%ncate+ s#li+s hen the a9is isincline+ t# #ne #/ the $rinci$al $lanes (y r#tating #(7ect meth#+ an+ a%9iliary $lane meth#+.

UNIT IV PRO'ECTION OF SECTIONED SOLIDS AND DEVELOPMENT OFSURFACES #)!

Secti#ning #/ a(#e s#li+s in sim$le ertical $#siti#n hen the c%tting $lane is incline+ t# the #ne #/the $rinci$al $lanes an+ $er$en+ic%lar t# the #ther #(taining tr%e sha$e #/ secti#n. eel#$ment #/lateral s%r/aces #/ sim$le an+ secti#ne+ s#li+s PrismsB $yrami+s cylin+ers an+ c#nes. eel#$ment#/ lateral s%r/aces #/ s#li+s ith c%t,#%ts an+ h#les

UNIT V ISOMETRIC AND PERSPECTIVE PRO'ECTIONS )!Princi$les #/ is#metric $r#7ecti#n is#metric scale Is#metric $r#7ecti#ns #/ sim$le s#li+s an+tr%ncate+ s#li+s , PrismsB $yrami+sB cylin+ersB c#nes, c#m(inati#n #/ t# s#li+ #(7ects in sim$leertical $#siti#ns an+ miscellane#%s $r#(lems. Pers$ectie $r#7ecti#n #/ sim$le s#li+s,PrismsB

$yrami+s an+ cylin+ers (y is%al ray meth#+ .

COMPUTER AIDED DRAFTING *D8o:46/4o O9+ 3Intr#+%cti#n t# +ra/ting $acages an+ +em#nstrati#n #/ their %se.

TOTAL( 7# PERIODSOUTCOMES(Fn #m$leti#n #/ the c#%rse the st%+ent ill (e a(le t#

$er/#rm /ree han+ setching #/ (asic ge#metrical c#nstr%cti#ns an+ m%lti$le ies #/#(7ects.

+# #rth#gra$hic $r#7ecti#n #/ lines an+ $lane s%r/aces.

+ra $r#7ecti#ns an+ s#li+s an+ +eel#$ment #/ s%r/aces.

15


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$re$are is#metric an+ $ers$ectie secti#ns #/ sim$le s#li+s.

+em#nstrate c#m$%ter ai+e+ +ra/ting.

TET BOO(

1. -hatt .. an+ Panchal .M.B Engineering raingB har#tar P%(lishing H#%seB 50th

E+iti#nB 2010.

REFERENCES(

1. "#$alarishna G.#l. I?II c#m(ine+@B S%(has St#resB -angal#reB200&.

2. '%==a+erB :arren.D. an+ %//BD#hn M.B %n+amentals #/ Engineering raing ith anintr#+%cti#n t# Interactie #m$%ter "ra$hics /#r esign an+ Pr#+%cti#nB Eastern Ec#n#myE+iti#nB Prentice Hall #/ In+ia Pt. 't+B e elhiB 2005.

3. Shah M.-.B an+


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GE11 COMPUTER PRACTICES LABORATORY L T P C0 0 3 2

OB'ECTIVES(T= :4>4 :=o>9 ? 8/ 4o(

-e /amiliar ith the %se #/ F//ice s#/tare.

-e e9$#se+ t# $resentati#n an+ is%ali=ati#n t##ls.

-e e9$#se+ t# $r#(lem s#ling techni%es an+ /l# charts. -e /amiliar ith $r#gramming in .

'earn t# %se ArraysB stringsB /%ncti#nsB str%ct%res an+ %ni#ns.

LIST OF EPERIMENTS(

1. SearchB generateB mani$%late +ata %sing MS #//iceC F$en F//ice

2. Presentati#n an+ is%ali=ati#n gra$hsB chartsB 2B 33. Pr#(lem /#rm%lati#nB Pr#(lem S#ling an+ l#charts4. Pr#gramming %sing Sim$le statements an+ e9$ressi#ns5. Scienti/ic $r#(lem s#ling %sing +ecisi#n maing an+ l##$ing.6. Sim$le $r#gramming /#r #ne +imensi#nal an+ t# +imensi#nal arrays.

7. S#ling $r#(lems %sing String /%ncti#ns8. Pr#grams ith %ser +e/ine+ /%ncti#ns Incl%+es Parameter Passing9. Pr#gram %sing


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GE12 ENGINEERING PRACTICES LABORATORY L T P C0 0 3 2

OB'ECTIVES(

T# $r#i+e e9$#s%re t# the st%+ents ith han+s #n e9$erience #n ari#%s (asic engineering$ractices in iilB MechanicalB Electrical an+ Electr#nics Engineering.

GROUP A *CIVIL MECHANICAL+

I CIVIL ENGINEERING PRACTICE !

B>9:(

>a@ St%+y #/ $l%m(ing an+ car$entry c#m$#nents #/ resi+ential an+ in+%strial (%il+ings. Sa/etyas$ects.

P9>8? %o6:

(a) St%+y #/ $i$eline 7#intsB its l#cati#n an+ /%ncti#ns alesB ta$sB c#%$lingsB %ni#nsB re+%cersBel(#s in h#%seh#l+ /ittings.(b) St%+y #/ $i$e c#nnecti#ns re%irements /#r $%m$s an+ t%r(ines.(c) Pre$arati#n #/ $l%m(ing line setches /#r ater s%$$ly an+ seage #rs.(d) Han+s,#n,e9ercise

-asic $i$e c#nnecti#ns Mi9e+ $i$e material c#nnecti#n Pi$e c#nnecti#ns ith +i//erent7#ining c#m$#nents.

>e@ em#nstrati#n #/ $l%m(ing re%irements #/ high,rise (%il+ings.

C/646 >: Po6 Too9: o9(

(a) St%+y #/ the 7#ints in r##/sB +##rsB in+#s an+ /%rnit%re.

(b) Han+s,#n,e9ercise

:##+ #rB 7#ints (y saingB $laning an+ c%tting.

II MECHANICAL ENGINEERING PRACTICE 13

%9(

(a) Pre$arati#n #/ arc el+ing #/ (%tt 7#intsB la$ 7#ints an+ tee 7#ints.(b) "as el+ing $ractice

B/:@ M/@=(

(a) Sim$le T%rning an+ Ta$er t%rning

(b) rilling Practice

S=4 M4/9 %o6(

(a) #rming ? -en+ing(b) M#+el maing TraysB /%nnelsB etc.

(c)i//erent ty$e #/ 7#ints.

M/@= /::8?9 6/@4@(

(a) St%+y #/ centri/%gal $%m$

(b) St%+y #/ air c#n+iti#nerD8o:46/4o o(

(a) Smithy #$erati#nsB %$settingB sagingB setting +#n an+ (en+ing. E9am$le E9ercise Pr#+%cti#n #/ he9ag#nal hea+e+ (#lt.

(b) #%n+ry #$erati#ns lie m#%l+ $re$arati#n /#r gear an+ ste$ c#ne $%lley.(c) itting E9ercises Pre$arati#n #/ s%are /itting an+ ee /itting m#+els.

18


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GROUP B *ELECTRICAL ELECTRONICS+

III ELECTRICAL ENGINEERING PRACTICE 10

1.


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1. Arc el+ing trans/#rmer ith ca(les an+ h#l+ers 5 #s.2. :el+ing (##th ith e9ha%st /acility 5 #s.3. :el+ing access#ries lie el+ing shiel+B chi$$ing hammerB

ire (r%shB etc. 5 Sets.4. F9ygen an+ acetylene gas cylin+ersB (l# $i$e an+ #ther

el+ing #%t/it. 2 #s.

5. entre lathe 2 #s.6. Hearth /%rnaceB anil an+ smithy t##ls 2 Sets.&. M#%l+ing ta(leB /#%n+ry t##ls 2 Sets.). P#er T##l Angle "rin+er 2 #s*. St%+y,$%r$#se items centri/%gal $%m$B air,c#n+iti#ner Fne each.

ELECTRICAL1. Ass#rte+ electrical c#m$#nents /#r h#%se iring 15 Sets2. Electrical meas%ring instr%ments 10 Sets3. St%+y $%r$#se itemsE Ir#n (#9B /an an+ reg%lat#rB emergency lam$ 1 each4. Megger >250C500@ 1 #.

5. P#er T##ls >a@ (@ igital 'ie,ire +etect#r 2 #s

ELECTRONICS

1. S#l+ering g%ns 10 #s.2.Ass#rte+ electr#nic c#m$#nents /#r maing circ%its 50 #s.3. Small P-s 10 #s.4. M%ltimeters 10 #s.

5. St%+y $%r$#se items Tele$h#neB M ra+i#B l#,#ltage $#ers%$$ly

20


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GE13 PHYSICS AND CHEMISTRY LABORATORY I L T P C0 0 2 1

PHYSICS LABORATORY IOB'ECTIVES(

T# intr#+%ce +i//erent e9$eriments t# test (asic %n+erstan+ing #/ $hysics c#nce$ts a$$lie+ in#$ticsB thermal $hysics an+ $r#$erties #/ matter.

LIST OF EPERIMENTS>Any IE E9$eriments@

1. >a@ eterminati#n #/ :aelengthB an+ $article si=e %sing 'aser(b) eterminati#n #/ acce$tance angle in an #$tical /i(er.

2. eterminati#n #/ el#city #/ s#%n+ an+ c#m$ressi(ility #/ li%i+ ;ltras#nic inter/er#meter.3. eterminati#n #/ aelength #/ merc%ry s$ectr%m s$ectr#meter grating4. eterminati#n #/ thermal c#n+%ctiity #/ a (a+ c#n+%ct#r 'ee s isc meth#+.5. eterminati#n #/ !#%ng s m#+%l%s (y #n %ni/#rm (en+ing meth#+

6. eterminati#n #/ s$eci/ic resistance #/ a gien c#il #/ ire arey #ster s -ri+ge

OUTCOMES(

The han+s #n e9ercises %n+erg#ne (y the st%+ents ill hel$ them t# a$$ly $hysics $rinci$les#/ #$tics an+ thermal $hysics t# eal%ate engineering $r#$erties #/ materials.

LIST OF E


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CHEMISTRY LABORATORY- IOB'ECTIVES(

T# mae the st%+ent t# ac%ire $ractical sills in the +eterminati#n #/ ater %ality$arameters thr#%gh #l%metric an+ instr%mental analysis.

T# ac%aint the st%+ents ith the +eterminati#n #/ m#lec%lar eight #/ a $#lymer (yac#metry.

LIST OF EPERIMENTS>Any IE E9$eriments@

1 eterminati#n #/ F c#ntent #/ ater sam$le (y :inler s meth#+.2 eterminati#n #/ chl#ri+e c#ntent #/ ater sam$le (y argent#metric meth#+.3 eterminati#n #/ strength #/ gien hy+r#chl#ric aci+ %sing $H meter.4 eterminati#n #/ strength #/ aci+s in a mi9t%re %sing c#n+%ctiity meter.

5 Estimati#n #/ ir#n c#ntent #/ the ater sam$le %sing s$ectr#$h#t#meter.>1B10, $henanthr#line C thi#cyanate meth#+@.

6 eterminati#n #/ m#lec%lar eight #/ $#lyinylalc#h#l %sing Fstal+ isc#meter.7 #n+%ct#metric titrati#n #/ str#ng aci+ s str#ng (ase.

TOTAL( 30 PERIODSOUTCOMES(

The st%+ents ill (e #%t/itte+ ith han+s,#n n#le+ge in the %antitatie chemical analysis #/ater %ality relate+ $arameters.

REFERENCES(

1. aniel


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;sing Lem#tic#ns as sym(#ls in email messages "rammar , e.g. Lcan @ , H#m#$h#nes >e.g. Ls#me B Ls%m @ E, materials , Interactie e9ercise #n "rammar an+ #ca(%lary (l#gging 'ang%age 'a( , 'istening t#+i//erent ty$es #/ c#nersati#n an+ ansering %esti#ns.

UNIT II !)3

'istening , 'istening t# sit%ati#n (ase+ +ial#g%es S$eaing , #nersati#n $ractice in real li/e

sit%ati#nsB asing /#r +irecti#ns >%sing $#lite e9$ressi#ns@B giing +irecti#ns >%sing im$eratiesentences@B P%rchasing g##+s /r#m a sh#$B isc%ssing ari#%s as$ects #/ a /ilm >they hae alrea+yseen@ #r a (## >they hae alrea+y rea+@ rea+ing st#ries C n#els@B P#stingreies in (l#gs , 'ang%age 'a( , ial#g%es >ill %$ e9ercises@B a//ecti#nB angerB regretB etc.@ a(stractB intr#+%cti#nB meth#+#l#gyB res%ltsB +isc%ssi#nBc#ncl%si#nB a$$en+icesB re/erences@ , :riting strategies "rammar , #n+iti#nal cla%ses , a%se an+e//ect e9$ressi#ns #ca(%lary , :#r+s %se+ as n#%ns an+ er(s ith#%t any change in the s$elling>e.g. Lr#c B Ltrain B Lring @ E,materials , Interactie e9ercise #n "rammar an+ #ca(%lary , S$ee+


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"rammar an+ #ca(%lary , i//erent /#rms #/ rs%ms, illing %$ a rs%m C c#er letter 'ang%age'a( , Tele$h#nic interie rec#r+ing the res$#nses , e,rs%m riting.

UNIT V !)3

'istening , ieing a m#+el gr#%$ +isc%ssi#n an+ reieing the $er/#rmance #/ each $artici$ant ,I+enti/ying the characteristics #/ a g##+ listener S$eaing , "r#%$ +isc%ssi#n sills initiating the+isc%ssi#n e9changing s%ggesti#ns an+ $r#$#sals e9$ressing +issentCagreement assertieness

in e9$ressing #$ini#ns min+ ma$$ing techni%e %sing charts /#r e//ectie $resentati#n@ "rammar , ;se #/ cla%ses #ca(%lary #ll#cati#n E,materials , Interactie grammar an+ #ca(%lary e9ercises , Sam$le " , Pict%res /#r +isc%ssi#nBInteractie grammar an+ #ca(%lary e9ercises 'ang%age 'a( , i//erent m#+els #/ gr#%$ +isc%ssi#n.

TOTAL *L("#)T(1#+( 0 PERIODSOUTCOMES('earners sh#%l+ (e a(le t#

S$ea c#nincinglyB e9$ress their #$ini#ns clearlyB initiate a +isc%ssi#nB neg#tiateB arg%e %singa$$r#$riate c#mm%nicatie strategies.

:rite e//ectiely an+ $ers%asiely an+ $r#+%ce +i//erent ty$es #/ riting s%ch as narrati#nB

+escri$ti#nB e9$#siti#n an+ arg%ment as ell as creatieB criticalB analytical an+ eal%atieriting.


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TEACHING METHODS(

'ect%res

Actiities c#n+%cte+ in+ii+%allyB in $airs an+ in gr#%$s lie in+ii+%al riting an+$resentati#nsB gr#%$ +isc%ssi#nsB interiesB re$#rtingB etc

'#ng $resentati#ns %sing is%al ai+s

'istening an+ ieing actiities ith /#ll# %$ actiities lie +isc%ssi#nsB /illing %$#rsheetsB riting e9ercises >%sing lang%age la( hereer necessaryC$#ssi(le@ etc

Pr#7ects lie gr#%$ re$#rtsB m#c interies etc %sing a c#m(inati#n #/ t# #r m#re #/ thelang%age sills

EVALUATION PATTERN(

I46/9 /::::84( 20;

3 tests #/ hich t# are $en an+ $a$er tests an+ the #ther is a c#m(inati#n #/ +i//erentm#+es #/ assessment lie

Pr#7ect

Assignment


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MA2#1 MATHEMATICS II L T P C3 1 0 "

OB'ECTIVES(

T# mae the st%+ent ac%ire s#%n+ n#le+ge #/ techni%es in s#ling #r+inary +i//erentiale%ati#ns that m#+el engineering $r#(lems.

T# ac%aint the st%+ent ith the c#nce$ts #/ ect#r calc%l%s nee+e+ /#r $r#(lems in allengineering +isci$lines.

T# +eel#$ an %n+erstan+ing #/ the stan+ar+ techni%es #/ c#m$le9 aria(le the#ry s# as t#ena(le the st%+ent t# a$$ly them ith c#n/i+enceB in a$$licati#n areas s%ch as heatc#n+%cti#nB elasticityB /l%i+ +ynamics an+ /l# the #/ electric c%rrent.

T# mae the st%+ent a$$reciate the $%r$#se #/ %sing trans/#rms t# create a ne +#main inhich it is easier t# han+le the $r#(lem that is (eing inestigate+.

UNIT I VECTOR CALCULUS !)3

"ra+ientB +iergence an+ c%rl irecti#nal +eriatie Irr#tati#nal an+ s#len#i+al ect#r /iel+s ect#r integrati#n "reen s the#rem in a $laneB "a%ss +iergence the#rem an+ St#es the#rem >e9cl%+ing $r##/s@ Sim$le a$$licati#ns in#ling c%(es an+ rectang%lar $arallel#$i$e+s.

UNIT II ORDINARY DIFFERENTIAL E


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2. "real. -.SB Higher Engineering MathematicsB 41st E+iti#nB Ghanna P%(licati#nsB elhiB

2011.

REFERENCES(

1. assB H.G.B an+ Er.


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haracteristicsB $r#$erties #/ iTi all#yB a$$licati#nB an#materials Pre$arati#n ,$%lse+ laser

+e$#siti#n chemical a$#%r +e$#siti#n A$$licati#ns 'F materials -ire/ringence, #$tical Gerre//ect lassi/icati#n #/ -i#materials an+ its a$$licati#ns

TOTAL( "# PERIODSOUTCOMES(

The st%+ents ill hae the n#le+ge #n $hysics #/ materials an+ that n#le+ge ill (e %se+(y them in +i//erent engineering an+ techn#l#gy a$$licati#ns.

TET BOOS(

1. Ar%m%gam M.B Materials Science. An%ra+ha $%(lishersB 2010

2. Pillai S.F.B S#li+ State Physics. e Age Internati#nal>P@ 't+.B $%(lishersB 200*

REFERENCES(

1. Palanisamy P.G. Materials Science. SITEH P%(lishersB 20112. Senthil%mar ". Engineering Physics II. astage #/ /%elsB +ecrease in e//iciencyB (#iler e9$l#si#n@ $reenti#n #/scale /#rmati#n ,s#/tening #/ har+ ater ,e9ternal treatment =e#lite an+ +eminerali=ati#n , internaltreatment, (#iler c#m$#%n+s >$h#s$hateB calg#nB car(#nateB c#ll#i+al@ , ca%stic em(rittlement ,(#ilerc#rr#si#n,$riming an+ /#aming, +esalinati#n #/ (racish ater reerse #sm#sis.

UNIT II ELECTROCHEMISTRY AND CORROSION !

Electr#chemical cell , re+#9 reacti#nB electr#+e $#tential, #rigin #/ electr#+e $#tential, #9i+ati#n$#tential, re+%cti#n $#tentialB meas%rement an+ a$$licati#ns , electr#chemical series an+ itssigni/icance , ernst e%ati#n >+eriati#n an+ $r#(lems@. #rr#si#n, ca%ses, /act#rs, ty$es,chemicalBelectr#chemical c#rr#si#n >galanicB +i//erential aerati#n@B c#rr#si#n c#ntr#l , material selecti#n an++esign as$ects , electr#chemical $r#tecti#n sacri/icial an#+e meth#+ an+ im$resse+ c%rrent

cath#+ic meth#+. Paints, c#nstit%ents an+ /%ncti#n. Electr#$lating #/ #$$er an+ electr#less $lating #/nicel.

UNIT III ENERGY SOURCES !

Intr#+%cti#n, n%clear energy, n%clear /issi#n, c#ntr#lle+ n%clear /issi#n, n%clear /%si#n, +i//erences(eteen n%clear /issi#n an+ /%si#n, n%clear chain reacti#ns, n%clear react#r $#er generat#r,classi/icati#n #/ n%clear react#r, light ater react#r, (ree+er react#r, s#lar energy c#nersi#n,s#larcells, in+ energy. -atteries an+ /%el cellsTy$es #/ (atteries, alaline (attery, lea+ st#rage (attery,

nicel,ca+mi%m (attery, lithi%m (attery, /%el cell H2,F2/%el cell, a$$licati#ns.

UNIT IV ENGINEERING MATERIALS !

A(rasies +e/initi#nB classi/icati#n #r ty$esB grin+ing heelB a(rasie $a$er an+ cl#th.


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+e/initi#nB characteristicsB classi/icati#nB $r#$erties re/ract#riness an+


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OUTCOMES(

The n#le+ge gaine+ #n engineering materialsB /%elsB energy s#%rces an+ ater treatmenttechni%es ill /acilitate (etter %n+erstan+ing #/ engineering $r#cesses an+ a$$licati#ns /#r/%rther learning.

TET BOOS(

1. airam SB Galyani P an+ S%(a


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GE2#2 BASIC ELECTRICAL AND ELECTRONICS ENGINEERING L T P C" 0 0 "

OB'ECTIVES(

T# e9$lain the (asic the#rems %se+ in Electrical circ%its an+ the +i//erent c#m$#nents an+/%ncti#n #/ electrical machines.

T# e9$lain the /%n+amentals #/ semic#n+%ct#r an+ a$$licati#ns.

T# e9$lain the $rinci$les #/ +igital electr#nics T# im$art n#le+ge #/ c#mm%nicati#n.

UNIT I ELECTRICAL CIRCUITS MEASURMENTS 12

Fhm s 'a Girch#// s 'as Stea+y State S#l%ti#n #/ irc%its Intr#+%cti#n t# A irc%its :ae/#rms an+ Ammeters an+ #ltmeters@Bynam#meter ty$e :att meters an+ Energy meters.

UNIT II ELECTRICAL MECHANICS 12

#nstr%cti#nB Princi$le #/ F$erati#nB -asic E%ati#ns an+ A$$licati#ns #/ "enerat#rsB M#t#rsB

Single Phase Trans/#rmerB single $hase in+%cti#n M#t#r.

UNIT III SEMICONDUCTOR DEVICES AND APPLICATIONS 12

haracteristics #/ P D%ncti#n i#+e Kener E//ect Kener i#+e an+ its haracteristics Hal/ aean+ %ll ae


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GE2#3 ENGINEERING MECHANICS L T P C3 1 0 "

OB'ECTIVES(

T# +eel#$ ca$acity t# $re+ict the e//ect #/ /#rce an+ m#ti#n in the c#%rse #/ carrying #%t the+esign /%ncti#ns #/ engineering.

UNIT I BASICS AND STATICS OF PARTICLES 12

Intr#+%cti#n ;nits an+ imensi#ns 'as #/ Mechanics 'ami s the#remB Parallel#gram an+triang%lar 'a #/ /#rces ect#rial re$resentati#n #/ /#rces ect#r #$erati#ns #/ /#rces ,a++iti#nsBs%(tracti#nB +#t $r#+%ctB cr#ss $r#+%ct #$lanar #rces rectang%lar c#m$#nents E%ili(ri%m #/ a$article #rces in s$ace E%ili(ri%m #/ a $article in s$ace E%ialent systems #/ /#rces Princi$le #/ transmissi(ility .

UNIT II E


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Pears#n E+%cati#n 2010.2. Iring H. Shames an+ Grishna M#hana P@ 'imite+ P%(lishersB 1**).

6. G%marB G.'.B Engineering MechanicsB 3r+


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GE21 COMPUTER AIDED DRAFTING AND MODELING LABORATORY L T P C0 1 2 2

OB'ECTIVES(

T# +eel#$ sill t# %se s#/tare t# create 2 an+ 3 m#+els.

LIST OF EERCISES USING SOFT%ARE CAPABLE OF DRAFTING AND MODELING

1. St%+y #/ ca$a(ilities #/ s#/tare /#r ra/ting an+ M#+eling ##r+inate systems >a(s#l%teBrelatieB $#larB etc.@ reati#n #/ sim$le /ig%res lie $#lyg#n an+ general m%lti,line /ig%res.

2. raing #/ a Title -l#c ith necessary te9t an+ $r#7ecti#n sym(#l.3. raing #/ c%res lie $ara(#laB s$iralB in#l%te %sing -s$line #r c%(ic s$line.

4. raing #/ /r#nt ie an+ t#$ ie #/ sim$le s#li+s lie $rismB $yrami+B cylin+erB c#neB etcB an++imensi#ning.

5. raing /r#nt ieB t#$ ie an+ si+e ie #/ #(7ects /r#m the gien $ict#rial ies >eg. ,(l#cB -ase #/ a mi9ieB Sim$le st##lB F(7ects ith h#le an+ c%res@.

6. raing #/ a $lan #/ resi+ential (%il+ing > T# (e+ r##msB itchenB hallB etc.@7. raing #/ a sim$le steel tr%ss.

8. raing secti#nal ies #/ $rismB $yrami+B cylin+erB c#neB etcB9. raing is#metric $r#7ecti#n #/ sim$le #(7ects.

10. reati#n #/ 3, m#+els #/ sim$le #(7ects an+ #(taining 2, m%lti,ie +raings /r#m 3,m#+el.

#te Pl#tting #/ +raings m%st (e ma+e /#r each e9ercise an+ attache+ t# the rec#r+s ritten (yst%+ents.


a(ility t# %se the s#/tare $acers /#r +ra/ting an+ m#+eling

a(ility t# create 2 an+ 3 m#+els #/ Engineering #m$#nents

LIST OF E84 /441. Penti%m I c#m$%ter #r (etter har+areB ith 30 #.

s%ita(le gra$hics /acility

2. 'icense+ s#/tare /#r ra/ting an+ M#+eling. 30 'icenses3. 'aser Printer #r Pl#tter t# $rint C $l#t +raings 2 #.

34


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GE22 PHYSICS AND CHEMISTRY LABORATORY II L T P C0 0 2 1

PHYSICS LABORATORY IIOB'ECTIVES(

T# intr#+%ce +i//erent e9$eriments t# test (asic %n+erstan+ing #/ $hysics c#nce$ts a$$lie+ in#$ticsB thermal $hysics an+ $r#$erties #/ matter.

LIST OF EPERIMENTS*A FIVE E684:+

1. eterminati#n #/ !#%ng s m#+%l%s (y %ni/#rm (en+ing meth#+2. eterminati#n #/ (an+ ga$ #/ a semic#n+%ct#r3. eterminati#n #/ #e//icient #/ isc#sity #/ a li%i+ P#ise%ille s meth#+

4. eterminati#n #/ is$ersie $#er #/ a $rism , S$ectr#meter5. eterminati#n #/ thicness #/ a thin ire Air e+ge meth#+6. eterminati#n #/


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CHEMISTRY LABORATORY - IIOB'ECTIVES(

T# mae the st%+ent ac%ire $ractical sills in the et chemical an+ instr%mentalmeth#+s /#r %antitatie estimati#n #/ har+nessB alalinityB metal i#n c#ntentB c#rr#si#n inmetals an+ cement analysis.

LIST OF EPERIMENTS

*A FIVE E684:+1 eterminati#n #/ alalinity in ater sam$le2 eterminati#n #/ t#talB tem$#rary ? $ermanent har+ness #/ ater (y ETA meth#+3 Estimati#n #/ c#$$er c#ntent #/ the gien s#l%ti#n (y ETA meth#+4 Estimati#n #/ ir#n c#ntent #/ the gien s#l%ti#n %sing $#tenti#meter5 Estimati#n #/ s#+i%m $resent in ater %sing /lame $h#t#meter6 #rr#si#n e9$eriment eight l#ss meth#+

7 #n+%ct#metric $reci$itati#n titrati#n %sing -al2an+ a2SF48 eterminati#n #/ aF in ement.

TOTAL( 30 PERIODSOUTCOMES(

The st%+ents ill (e c#nersant ith han+s,#n n#le+ge in the %antitatie chemical analysis#/ ater %ality relate+ $arametersB c#rr#si#n meas%rement an+ cement analysis.

REFERENCES(

1. aniel


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3 1 0 "OB'ECTIVES

T# intr#+%ce #%rier series analysis hich is central t# many a$$licati#ns in engineering a$art/r#m its %se in s#ling (#%n+ary al%e $r#(lems.

T# ac%aint the st%+ent ith #%rier trans/#rm techni%es %se+ in i+e ariety #/ sit%ati#ns.

T# intr#+%ce the e//ectie mathematical t##ls /#r the s#l%ti#ns #/ $artial +i//erential e%ati#nsthat m#+el seeral $hysical $r#cesses an+ t# +eel#$ K trans/#rm techni%es /#r +iscrete time

systems.

UNIT I PARTIAL DIFFERENTIAL E


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P%(licati#ns Pt 't+ B 200&.

2.


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ME3#2 MANUFACTURING TECHNOLOGY L T P C3 0 0 3

OB'ECTIVES

The a%t#m#(ile c#m$#nents s%ch as $ist#nB c#nnecting r#+B cransha/tB engine (l#cB /r#nt a9leB/rameB (#+y etc.B are man%/act%re+ (y ari#%s ty$es #/ $r#+%cti#n $r#cesses in#ling castingBel+ingB machiningB metal /#rmingB $#er metall%rgy etc. Hence -.E. A%t#m#(ile Engineering

st%+ents m%st st%+y this c#%rse Pr#+%cti#n Techn#l#gy.

UNIT I CASTING $asting ty$esB $r#ce+%re t# mae san+ m#%l+B ty$es #/ c#re maingB m#%l+ing t##lsB machinem#%l+ingB s$ecial m#%l+ing $r#cesses F2 m#%l+ing shell m#%l+ingB inestment m#%l+ingB$ermanent m#%l+ castingB $ress%re +ie castingB centri/%gal castingB c#ntin%#%s castingB casting+e/ects.

UNIT II %ELDING $

lassi/icati#n #/ el+ing $r#cesses. Princi$les #/ F9y,acetylene gas el+ing. A. metal arc el+ingBresistance el+ingB s%(merge+ arc el+ingB t%ngsten inert gas el+ingB metal inert gas el+ingB$lasma arc el+ingB thermit el+ingB electr#n (eam el+ingB laser (eam el+ingB +e/ects in el+ingB

s#l+ering an+ (ra=ing.

UNIT III MACHINING 13

"eneral $rinci$les >ith schematic +iagrams #nly@ #/ #ring an+ c#mm#nly $er/#rme+ #$erati#ns inthe /#ll#ing machines 'atheB Sha$erB PlanerB H#ri=#ntal milling machineB ;niersal +rilling machineBylin+rical grin+ing machineB a$stan an+ T%rret lathe. -asics #/ machines. "eneral $rinci$lesan+ a$$licati#ns #/ the /#ll#ing $r#cesses A(rasie 7et machiningB ;ltras#nic machiningB Electric+ischarge machiningB Electr# chemical machiningB Plasma arc machiningB Electr#n (eam machiningan+ 'aser (eam machining.

UNIT IV FORMING AND SHAPING OF PLASTICS 7

Ty$es #/ $lastics , haracteristics #/ the /#rming an+ sha$ing $r#cesses M#%l+ing #/ Therm#$lastics

:#ring $rinci$les an+ ty$ical a$$licati#ns #/ , In7ecti#n m#%l+ing Pl%nger an+ scre machines -l# m#%l+ing


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OUTCOMES(

The St%+ents can a(le t# %se +i//erent man%/act%ring $r#cess an+ %se this in in+%stry /#rc#m$#nent $r#+%cti#n

TET BOOS

1. Ha7ra h#%+h%ryB Elements #/ :#rsh#$ Techn#l#gyB #l. I an+ IIB Me+ia Pr#m#ters an+P%(lishers Pt.B 't+.B M%m(aiB 2005.

2. agen+ra Parashar -.S. an+ Mittal


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AE301 AERO ENGINEERING THERMODYNAMICS L T P C3 0 0 3

OB'ECTIVES(

T# achiee an %n+erstan+ing #/ $rinci$les #/ therm#+ynamics an+ t# (e a(le t# %se it in acc#%nting/#r the (%l (ehai#r #/ the sim$le $hysical systems.

T# $r#i+e in,+e$th st%+y #/ therm#+ynamic $rinci$lesB therm#+ynamics #/ stateB (asic

therm#+ynamic relati#nsB Pr#$erties #/ $%re s%(stances T# enlighten the (asic c#nce$ts #/ heat trans/er an+ $r#$%lsi#n cycles.

UNIT I BASIC CONCEPT AND FIRST LA% !

#nce$t #/ c#ntin%%mB macr#sc#$ic a$$r#achB therm#+ynamic systems cl#se+B #$en an+ is#late+.Pr#$ertyB stateB $ath an+ $r#cessB %asi,static $r#cessB #rB m#+es #/ #rB Ker#th la #/therm#+ynamics, c#nce$t #/ tem$erat%re an+ heatB internal energyB s$eci/ic heat ca$acitiesB enthal$y ,c#nce$t #/ i+eal an+ real gases. irst la #/ therm#+ynamics , a$$licati#ns t# cl#se+ an+ #$en systems, stea+y /l# $r#cesses ith re/erence t# ari#%s thermal e%i$ments.

UNIT II SECOND LA% AND ENTROPY !

Sec#n+ la #/ therm#+ynamics elin $lanc an+ cla%si%s statements #/ sec#n+ la.


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1.


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CE"#1 FLUID MECHANICS AND MACHINERY L T P C3 0 0 3

OB'ECTIVES(

The a$$licati#ns #/ the c#nserati#n las t# /l# thr#%gh $i$es an+ hy+ra%lic machines arest%+ie+

T# %n+erstan+ the im$#rtance #/ +imensi#nal analysis.

T# %n+erstan+ the im$#rtance #/ ari#%s ty$es #/ /l# in $%m$s an+ t%r(ines.

UNIT I FLUID PROPERTIES AND FLO% CHARACTERISTICS $

;nits an+ +imensi#ns, Pr#$erties #/ /l%i+s, mass +ensityB s$eci/ic eightB s$eci/ic #l%meB s$eci/icgraityB isc#sityB c#m$ressi(ilityB a$#r $ress%reB s%r/ace tensi#n an+ ca$illarity. l# characteristics

c#nce$t #/ c#ntr#l #l%me , a$$licati#n #/ c#ntin%ity e%ati#nB energy e%ati#n an+ m#ment%me%ati#n.

UNIT II FLO% THROUGH CIRCULAR CONDUITS $

Hy+ra%lic an+ energy gra+ient , 'aminar /l# thr#%gh circ%lar c#n+%its an+ circ%lar ann%li,-#%n+arylayer c#nce$ts ty$es #/ (#%n+ary layer thicness arcy :eis(ach e%ati#n /ricti#n /act#r, M##+y+iagram, c#mmercial $i$es, min#r l#sses l# thr#%gh $i$es in series an+ $arallel.

UNIT III DIMENSIONAL ANALYSIS !

ee+ /#r +imensi#nal analysis meth#+s #/ +imensi#nal analysis Similit%+e ty$es #/ similit%+e ,imensi#nless $arameters, a$$licati#n #/ +imensi#nless $arameters M#+el analysis.

UNIT IV PUMPS 10

Im$act #/ 7ets , E%ler s e%ati#n , The#ry #/ r#t#,+ynamic machines ari#%s e//iciencies el#cityc#m$#nents at entry an+ e9it #/ the r#t#r, el#city triangles , entri/%gal $%m$s #ring $rinci$le ,#r +#ne (y the im$eller , $er/#rmance c%res ,


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3 0 0 3OB'ECTIVES(

T# intr#+%ce ari#%s (ehai#r #/ str%ct%ral c#m$#nents %n+er ari#%s l#a+ing c#n+iti#ns.

UNIT I INTRODUCTION $

e/initi#n #/ stressB strain an+ their relati#ns relati#ns (eteen material c#nstants a9ial l#a+ing ,statically +eterminate an+ in+eterminate $r#(lems in tensi#n ? c#m$ressi#n $lane tr%ss analysis

meth#+ #/ 7#ints meth#+ #/ secti#ns 3, tr%sses thermal stresses im$act l#a+ing.

UNIT II STRESSES IN BEAMS 10Shear /#rce ? (en+ing m#ment +iagrams (en+ing an+ shear stress ariati#n in (eams #/ symmetricsecti#nsB a ty$ical s$ar secti#n (eams #/ %ni/#rm strength , (eams #/ t# materials.

UNIT III DEFLECTION OF BEAMS 10

#%(le integrati#n meth#+ maca%lay s meth#+ m#ment area meth#+ c#n7%gate (eam meth#+ $rinci$le #/ s%$er$#siti#n ma9ell s reci$r#cal the#rem.

UNIT IV TORSION SPRINGS COLUMNS 10

T#rsi#n #/ s#li+ an+ h#ll# circ%lar sha/ts shear stress ariati#n #$en an+ cl#se+,c#ile+ helical

s$rings stresses in helical s$rings classi/icati#n #/ c#l%mns e%ler (%cling c#l%mns ith +i//erenten+ c#n+iti#ns.

UNIT V BIAIAL STRESSES 7

Stresses in thin,alle+ $ress%re essels c#m(ine+ l#a+ing #/ circ%lar sha/t ith (en+ingB t#rsi#n an+a9ial l#a+ings M#hr s circle an+ its c#nstr%cti#n +eterminati#n #/ $rinci$al stresses.

TOTAL( "# PERIODSOUTCOMES

S#le the $r#(lems relate+ t# the str%ct%ral c#m$#nents %n+er ari#%s l#a+ing c#n+iti#ns.

TET BOOS(

1. :illiam ashB Strength #/ MaterialsB Tata Mc"ra HillB 2004

2. Tim#shen# an+ !#%ng Strength #/ Materials #l. I ? II

REFERENCES(

1. ymB.'.B an+ ShamesBI.H.B LS#li+ Mechanics B Mc"ra HillB G#ga%shaB T#y#B 1*&3.2. Ste$hen Tim#shen#B LStrength #/ Materials B #l I ? IIB -S P%(lishers an+ istri(%t#rsB Thir+

E+iti#n.

3. Tim#shen#BS. an+ !#%ngB .H.B LElements #/ Strength #/ Materials B T.an #stran+ #. Inc.BPrincet#nB .D.B 1*&&.

44


45/105

AE302 ELEMENTS OF AERONAUTICS L T P C3 0 0 3

OB'ECTIVES(

T# intr#+%ce the c#nce$ts #/ /lyingB Internati#nal stan+ar+ atm#s$hereB str%ct%ral as$ects #/air$lanesB (rie/ +escri$ti#n #/ systemsB instr%ments an+ $#er $lants %se+ in air$lanes.

UNIT I HISTORY OF FLIGHT $-all##n /light #rnith#$ters , early air$lanes (y right (r#thersB (i$lanes an+ m#n#$lanesB+eel#$ments in aer#+ynamicsB materialsB str%ct%res an+ $r#$%lsi#n #er the years.

UNIT II BASICS OF FLIGHT MECHANICS !

Physical $r#$erties an+ str%ct%re #/ the atm#s$hereB tem$erat%reB $ress%re an+ altit%+e relati#nshi$sBnet#n s la #/ m#ti#ns a$$lie+ t# aer#na%tics , e#l%ti#n #/ li/tB +rag an+ m#ment. aer#/#ilsB machn%m(erB mane%ers.

UNIT III AIRCRAFT CONFIGURATIONS 10

i//erent ty$es #/ /light ehiclesB classi/icati#ns. c#m$#nents #/ an air$lane an+ their /%ncti#ns.c#nenti#nal c#ntr#lB $#ere+ c#ntr#lB (asic instr%ments /#r /lying , ty$ical systems /#r c#ntr#l act%ati#n.

UNIT IV AIRPLANE STRUCTURES AND MATERIALS !

"eneral ty$es #/ c#nstr%cti#nB m#n#c#%eB semi,m#n#c#%e an+ ge#+esic c#nstr%cti#nsB ty$ical ingan+ /%selage str%ct%re. metallic an+ n#n,metallic materialsB %se #/ al%mini%m all#yB titani%mB stainlesssteel an+ c#m$#site materials. stresses an+ strains h##e s la stress , strain +iagrams , elasticc#nstants.

UNIT V PO%ER PLANTS !

-asic i+eas a(#%t $ist#nB t%r(#$r#$ an+ 7et engines , %se #/ $r#$eller an+ 7ets /#r thr%st $r#+%cti#n ,c#m$aratie meritsB $rinci$les #/ #$erati#n #/ r#cetB ty$es #/ r#cets an+ ty$ical a$$licati#nsBe9$l#rati#n int# s$ace.

TOTAL( "# PERIODS

OUTCOMES I+enti/y the c#m$#nent #/ light

I+enti/y s%ita(le materials /#r Aircra/t str%ct%re

Per/#rm (asic calc%lati#n #n Mechanics %sing et#n la /#r li/tB +rag an+ m#ment.

TET BOOS(

1. An+ers#nB D..B Intr#+%cti#n t# lightB Mc"ra,HillB 1**5.

2. Ste$hen. A. -ran+tB Intr#+%cti#n t# Aer#na%tics A +esign $ers$ectie American Instit%te #/Aer#na%tics ? Astr#na%ticsB1**&

REFERENCES(

1. Germ#+eB A..B Mechanics #/ lightB Himalayan -##B 1**&

45


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CE"11 STRENGTH OF MATERIALS LABORATORY L T P C0 0 3 2

OB'ECTIVES(

T# e9$#se the st%+ents t# the testing #/ +i//erent materials %n+er the acti#n #/ ari#%s /#rcesan+ +eterminati#n #/ their characteristics e9$erimentally.

LIST OF EPERIMENTS1. Tensi#n test #n mil+ steel r#+

2. #m$ressi#n test #n ##+3. #%(le shear test #n metal4. T#rsi#n test #n mil+ steel r#+5. Im$act test #n metal s$ecimen >I=#+ an+ har$y@

6. Har+ness test #n metals >


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CE"1 FLUID MECHANICS AND MACHINERY LABORATORY L T P C0 0 3 2

OB'ECTIVES(

;$#n #m$leti#n #/ this s%(7ectB the st%+ents can a(le t# hae han+s #n e9$erience in /l#meas%rements %sing +i//erent +eices an+ als# $er/#rm calc%lati#n relate+ t# l#sses in $i$es an+ als#$er/#rm characteristic st%+y #/ $%m$sB t%r(ines etc.B

LIST OF EPERIMENTS

1. eterminati#n #/ the #e//icient #/ +ischarge #/ gien Fri/ice meter.2. eterminati#n #/ the #e//icient #/ +ischarge #/ gien ent%ri meter.

3. alc%lati#n #/ the rate #/ /l# %sing


48/105

AE311 THERMODYNAMICS LABORATORY L T P C0 0 3 2

OB'ECTIVES

T# enhance the (asic n#le+ge in a$$lie+ therm#+ynamics

LIST OF EPERIMENTS1. Per/#rmance test #n a 4,str#e engine2. ale timing #/ a 4 str#e engine an+ $#rt timing #/ a 2 str#e engine3. eterminati#n #/ e//ectieness #/ a $arallel /l# heat e9changer

4. eterminati#n #/ e//ectieness #/ a c#%nter /l# heat e9changer5. eterminati#n #/ heating al%e #/ a /%el6. eterminati#n #/ s$eci/ic heat #/ s#li+

7. eterminati#n #/ thermal c#n+%ctiity #/ s#li+.8. eterminati#n #/ thermal resistance #/ a c#m$#site all.9. FP test #n a a$#%r c#m$ressi#n re/rigerati#n test rig10. FP test #n a a$#%r c#m$ressi#n air,c#n+iti#ning test rig


A(ility t# $er/#rm test #n +ieselC$etr#l engine

A(ility t# e9$lain the characteristics #/ the +ieselCPetr#l engine

A(ility t# +etermine the $r#$erties #/ the /%els.

LIST OF E84:


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5. esign an+ m#+eling #/ machine c#m$#nent.6. esign an+ m#+eling #/ (%l hea+.7. esign an+ analysis #/ a tr%ss.8. esign an+ analysis #/ (eam +istri(%te+ l#a+.

9. acing an+ T%rning >Ta$erB Ste$@ #$erati#ns in .10. rilling #$erati#ns in .


A(ility t# +esign an+ m#+el +i//ic%lt aer# c#m$#nent an+ $er/#rm str%ct%ral analysis %sing aaila(les#/tare $acages

LIST OF E84 /44 E684 No.

1 #m$%ter n#+es 30 1 t# )2 M#+eling Pacages 30 licenses 1 t# 63 EA?AM SFT:A


50/105

MA"#! NUMERICAL METHODS L T P C3 1 0 "

OB'ECTIVES

This c#%rse aims at $r#i+ing the necessary (asic c#nce$ts #/ a /e n%merical meth#+s an+gie $r#ce+%res /#r s#ling n%merically +i//erent in+s #/ $r#(lems #cc%rring in engineering an+techn#l#gy

UNIT I SOLUTION OF E


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OB'ECTIVES(

T# intr#+%ce the c#nce$ts #/ massB m#ment%m an+ energy c#nserati#n relating t#aer#+ynamics.

T# mae the st%+ent %n+erstan+ the c#nce$t #/ #rticityB irr#tati#nalityB the#ry #/ air/#ils an+ ingsecti#ns.

T# intr#+%ce the (asics #/ isc#%s /l#.

UNIT I INTRODUCTION TO LO% SPEED FLO% !E%ler e%ati#nB inc#m$ressi(le (ern#%lli s e%ati#n. circ%lati#n an+ #rticityB green s lemma an+ st#e s the#remB (ar#tr#$ic /l#B elin s the#remB streamlineB stream /%ncti#nB irr#tati#nal /l#B $#tential /%ncti#nB e%i$#ntential linesB elementary /l#s an+ their c#m(inati#ns.

UNIT II T%O DIMENSIONAL INVISCID INCOMPRESSIBLE FLO% !

I+eal l# #er a circ%lar cylin+erB Alem(ert s $ara+#9B magn%s e//ectB G%tta 7#%#si s the#remB starting #rte9B %tta c#n+iti#nB real /l# #er sm##th an+ r#%gh cylin+er.

UNIT III AIRFOIL THEORY !

a%chy,riemann relati#nsB c#m$le9 $#tentialB meth#+#l#gy #/ c#n/#rmal trans/#rmati#nB %tta,7#%#sitrans/#rmati#n an+ its a$$licati#nsB thin air/#il the#ry an+ its a$$licati#ns.

UNIT IV SUBSONIC %ING THEORY !

#rte9 /ilamentB (i#t an+ saart laB (#%n+ #rte9 an+ trailing #rte9B h#rse sh#e #rte9B li/ting linethe#ry an+ its limitati#ns.

UNIT V INTRODUCTION TO BOUNDARY LAYER THEORY !

-#%n+ary layer an+ (#%n+ary layer thicnessB +is$lacement thicnessB m#ment%m thicnessB energythicnessB sha$e $arameterB (#%n+ary layer e%ati#ns /#r a stea+yB t# +imensi#nal inc#m$ressi(le/l#B (#%n+ary layer gr#th #er a /lat $lateB critical reyn#l+s n%m(erB (lasi%s s#l%ti#nB (asics #/t%r(%lent /l#.


An a(ility t# a$$ly air/#il the#ry t# $re+ict air /#il $er/#rm

A n#le+ge #/ inc#m$ressi(le /l#

An e9$l#sie t# -#%n+ary layer the#ry

TET BOOS(

1. H#%ght#nB E.'.B an+ ar%thersB .-.B Aer#+ynamics /#r Engineering st%+entsB E+ar+ Arn#l+P%(lishers 't+.B '#n+#nB 1*)*.

2. An+ers#nB D..B %n+amentals #/ Aer#+ynamicsB Ma"ra Hill -## #.B 1***

REFERENCES(

1. Milne Th#ms#nB '.H.B The#retical Aer#+ynamicsB MacmillanB 1*)52. D#hn D -ertin.B Aer#+ynamics /#r EngineersB Pears#n E+%cati#n IncB 2002

3. lanceyB ' D.B Aer#+ynamicsB PitmanB 1*)64. G%etheB A.M an+ h#B .!B #%n+ati#ns #/ Aer#+ynamicsB i/th E+iti#nB D#hn :iley ? S#nsB

2000.

51


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AE"02 AIRCRAFT SYSTEMS AND INSTRUMENTS L T P C3 0 0 3

OB'ECTIVES(

T# im$art n#le+ge #/ the hy+ra%lic an+ $ne%matic systems c#m$#nents an+ ty$es #/ instr%mentsan+ its #$erati#n incl%+ing naigati#nal instr%ments t# the st%+ents

UNIT I AIRCRAFT SYSTEMS $Hy+ra%lic systems St%+y #/ ty$ical #ra(le systems c#m$#nents hy+ra%lic systems c#ntr#llers

m#+es #/ #$erati#n $ne%matic systems #ring $rinci$les ty$ical $ne%matic $#er system

(rae system c#m$#nentsB lan+ing gear systems classi/icati#n sh#c a(s#r(ers retractiemechanism.

UNIT II AIRPLANE CONTROL SYSTEMS 12

#nenti#nal Systems $#er assiste+ an+ /%lly $#ere+ /light c#ntr#ls $#er act%ate+ systems engine c#ntr#l systems $%sh $%ll r#+ system #$erating $rinci$les m#+ern c#ntr#l systems +igital/ly (y ire systems a%t# $il#t systemB actie c#ntr#l techn#l#gy

UNIT III ENGINE SYSTEMS $

%el systems $ist#n an+ 7et engines c#m$#nents , m%lti,engine /%el systemsB l%(ricating systems ,$ist#n an+ 7et engines starting an+ igniti#n systems $ist#n an+ 7et engines

UNIT IV AIRCONDITIONING AND PRESSURIING SYSTEM $

-asic air cycle systems a$#%r cycle systemsB (##t,stra$ air cycle system ea$#ratie a$#%r cyclesystems ea$#rati#n air cycle systems #9ygen systems /ire $r#tecti#n systemsB +eicing an+ antiicing system.

UNIT V AIRCRAFT INSTRUMENTS !

light instr%ments an+ naigati#n instr%ments acceler#metersB air s$ee+ in+icat#rs mach meters altimeters , gyr#sc#$ic instr%ments $rinci$les an+ #$erati#n st%+y #/ ari#%s ty$es #/ engineinstr%ments tach#meters tem$erat%re ga%ges $ress%re ga%ge #$erati#n an+ $rinci$les.


Gn# the #$erati#n #/ air$lane c#ntr#l systemB Engine systemB Air c#n+iti#ning an+ $ressingsystem.

Gn# the #$erati#n #/ air +ata Instr%ments system

TET BOOS(

1. MeinleyB D.'. an+


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AT302 MECHANICS OF MACHINES L T P C3 1 0 "

OB'ECTIVES(

T# %n+erstan+ the $rinci$les in the /#rmati#n #/ mechanisms an+ their inematics.

T# %n+erstan+ the e//ect #/ /ricti#n in +i//erent machine elements.

T# analyse the /#rces an+ t#%es acting #n sim$le mechanical systems

T# %n+erstan+ the im$#rtance #/ (alancing an+ i(rati#n.

UNIT I INEMATIC OF MECHANICS 10

Mechanisms Termin#l#gy an+ +e/initi#ns inematics inersi#ns #/ 4 (ar an+ sli+e cran chain inematics analysis in sim$le mechanisms el#city an+ accelerati#n $#lyg#ns Analytical meth#+s

c#m$%ter a$$r#ach cams classi/icati#ns +is$lacement +iagrams , lay#%t #/ $late cam $r#/iles +eriaties #/ /#ll#ers m#ti#n circ%lar arc an+ tangent cams.

UNIT II GEARS / GEAR TRAINS !

S$%r gear la #/ t##the+ gearing in#l%te gearing Interchangea(le gears "ear t##th acti#ninter/erence an+ %n+erc%tting n#nstan+ar+ teeth gear trains $arallel a9is gears trains e$icyclicgear trains a%t#m#tie transmissi#n gear trains.

UNIT III FRICTION $

Sli+ing an+


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AE"03 AIRCRAFT STRUCTURES - I L T P C3 1 0 "

OB'ECTIVES(

T# $r#i+e the st%+ents an %n+erstan+ing #n the linear static analysis #/ +eterminate an+in+eterminate aircra/t str%ct%ral c#m$#nents.

T# $r#i+e the +esign $r#cess %sing +i//erent /ail%re the#ries.

UNIT I STATICALLY DETERMINATE INDETERMINATE STRUCTURES !Plane tr%ss analysis meth#+ #/ 7#ints meth#+ #/ secti#ns meth#+ #/ shear 3, tr%sses $rinci$le#/ s%$er $#siti#nB cla$eyr#n s 3 m#ment e%ati#n an+ m#ment +istri(%ti#n meth#+ /#r in+eterminate(eams.

UNIT II ENERGY METHODS 10

Strain Energy in a9ialB (en+ingB t#rsi#n an+ shear l#a+ings. astiglian# s the#rems an+ theira$$licati#ns. Energy the#rems +%mmy l#a+ ? %nit l#a+ meth#+s energy meth#+s a$$lie+ t#statically +eterminate an+ in+eterminate (eamsB /ramesB rings ? tr%sses.

UNIT III COLUMNS 10

E%ler s c#l%mn c%re inelastic (%cling e//ect #/ initial c%rat%re the S#%thell $l#t c#l%mns ith

eccentricity %se #/ energy meth#+s the#ry #/ (eam c#l%mns (eam c#l%mns ith +i//erent en+c#n+iti#ns stresses in (eam c#l%mns.

UNIT IV FAILURE THEORIES !

%ctile an+ (rittle materials ma9im%m $rinci$al stress the#ry , ma9im%m $rinci$al strain the#ry ,ma9im%m shear stress the#ry , +ist#rti#n energy the#ry #ctahe+ral shear stress the#ry.

UNIT V INDUCED STRESSES 7Thermal stresses im$act l#a+ing atig%e ree$ , Stress


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AE"0" PROPULSION - I L T P C3 0 0 3

OB'ECTIVES(

T# intr#+%ce (asic c#nce$ts an+ salient /eat%res #/ engine c#m$#nents #/ 7et $r#$elle+ engineshich are #$erate+ in atm#s$here t# st%+ents. This c#%rse is als# aime+ at maing st%+ents/amiliari=e ith a+ance+ 7et $r#$%lsi#n meth#+s lie hy$ers#nic $r#$%lsi#n.

UNIT I FUNDAMENTALS OF AIR BREATHING ENGINES $

F$erating $rinci$les #/ $ist#n engines thermal e//iciency calc%lati#ns classi/icati#n #/ $ist#n engines, ill%strati#n #/ #ring #/ gas t%r(ine engine the thr%st e%ati#n /act#rs a//ecting thr%st e//ect #/$ress%reB el#city an+ tem$erat%re changes #/ air entering c#m$ress#r meth#+s #/ thr%sta%gmentati#n characteristics #/ t%r(#$r#$B t%r(#/an an+ t%r(#7et $er/#rmance characteristics.

UNIT II INLETS, NOLES AND COMBUSTION CHAMBERS FOR 'ET ENGINES 10

Internal /l# an+ Stall in s%(s#nic inlets relati#n (eteen minim%m area rati# an+ eternal +ecelerati#nrati# +i//%ser $er/#rmance s%$ers#nic inlets starting $r#(lem #n s%$ers#nic inlets sh#csall#ing (y area ariati#n . real /l# in n#==les an+ n#==le e//iciency l#sses in n#==les

e%ili(ri%m /l# an+ /r#=en /l# in n#==les, t# $hase /l# in n#==les e7ect#r an+ aria(le arean#==les , interacti#n #/ n#==le /l# ith a+7acent s%r/aces thr%st reersal, classi/icati#n #/ c#m(%sti#ncham(ers c#m(%sti#n cham(er $er/#rmance e//ect #/ #$erating aria(les #n $er/#rmance /lamesta(ili=ati#n

UNIT III COMPRESSORS FOR 'ET ENGINES !

Princi$le #/ #$erati#n #/ centri/%gal c#m$ress#r an+ a9ial /l# c#m$ress#r :#r +#ne an+ $ress%rerise el#city +iagrams +egree #/ reacti#n /ree #rte9 an+ c#nstant reacti#n +esigns #/ a9ial /l#c#m$ress#r $er/#rmance characteristics #/ centri/%gal an+ a9ial /l# c#m$ress#rs stage e//iciencycalc%lati#ns , casca+e testing

UNIT IV TURBINES FOR 'ET ENGINES !

Princi$le #/ #$erati#n #/ a9ial /l# t%r(ines limitati#ns #/ ra+ial /l# t%r(ines, :#r +#ne an+ $ress%rerise el#city +iagrams +egree #/ reacti#n /ree #rte9 an+ c#nstant n#==le angle +esigns $er/#rmance characteristics #/ a9ial /l# t%r(ine t%r(ine (la+e c##ling meth#+s stage e//iciencycalc%lati#ns (asic (la+e $r#/ile +esign c#nsi+erati#ns matching #/ c#m$ress#r an+ t%r(ine

UNIT V RAM'ET PROPULSION !

F$erating $rinci$le #/ ram7et engine ari#%s c#m$#nents #/ ram7et engines an+ their e//iciencies #m(%sti#n in ram7et engine criticalB s%(critical an+ s%$ercritical m#+es #/ #$erati#n ,ram7et enginean+ its $er/#rmance characteristics sam$le ram7et +esign calc%lati#ns /lame sta(ility $r#(lems inram7et c#m(%st#rs integral ram r#cets.


A(ility t# i+enti/y the engine c#m$#nents #/ 7et $r#$elle+ engines

Gn# the +etails #/ a+ance+ Det $r#$%lsi#n an+ hy$ers#nic $r#$%lsi#n

TET BOOS(

1. HillB P.". ? Peters#nB .


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2. FatesB "..B Aer# therm#+ynamics #/ Aircra/t Engine #m$#nentsB AIAA E+%cati#n SeriesB e!#rB 1*)5.

3.


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AE"11 AIRCRAFT STRUCTURES LABORATORY - I L T P C0 0 3 2

OB'ECTIVES

T# st%+y the $r#$erties #/ materials %se+ in Aircra/t str%ct%re.

T# st%+y the /ail%re #/ +i//erent c#m$#nent %n+er +i//erent l#a+ing c#n+iti#n

LIST OF EPERIMENTS1. eterminati#n #/ y#%ng s m#+%l%s /#r metallic materials2. eterminati#n #/ /le9%ral strength #/ metallic materials.3. e/lecti#n #/ a sim$ly,s%$$#rte+ (eam4. e/lecti#n #/ a cantileer (eam.5. eri/icati#n #/ s%$er$#siti#n the#rem6. eri/icati#n #/ ma9ell s reci$r#cal the#rem7. In/l%ence line st%+y #n (eams8. -%cling l#a+ estimati#n #/ slen+er eccentric c#l%mns9. #nstr%cti#n #/ s#%th ell $l#t10. St%+y #/ n#n,+estr%ctie testing $r#ce+%res

11. eterminati#n #/ /le9%ral rigi+ity #/ c#m$#site (eams12. Shear /ail%re #/ (#lte+ an+ riete+ D#ints13. ali(rati#n #/ $r#ing ring an+ s$ring14. Tr%ss an+ /rame analysis.>Fnly 10 e9$eriments ill (e c#n+%cte+@


A(ility t# $er/#rm n#n,+estr%ctie testing t# $re+ict the $r#$erties #/ meta(#lic materials %se+ inaircra/t a$$licati#n

LIST OF E84 /44E684

No. No.

1 100 ;niersal Testing Machine 1 1B2B11B12

2-eams ith eight hangers an+ +ial

6 3B4B5B6B&ga%ges

3 Tr%ss m#+el an+ /rame m#+el 2 144 #l%mn set %$ ith +ial ga%ges 2 )B*

57


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AE"12 AERODYNAMICS LABORATORY L T P C0 0 3 2

OB'ECTIVES

T# $re+ict +i//erent aer#+ynamic $r#$%lsi#n %se+ in aer# a$$licati#n

LIST OF EPERIMENTS

1.A$$licati#n #/ -ern#%lli s E%ati#n ent%rimeter an+ #ri/ice meter.2. ricti#nal l#ss in laminar /l# thr#%gh $i$es.3. ricti#nal l#ss in t%r(%lent /l# thr#%gh $i$es.

4. ali(rati#n #/ a s%(s#nic :in+ t%nnel.5. eterminati#n #/ li/t /#r the gien air/#il secti#n.

6. Press%re +istri(%ti#n #er a sm##th circ%lar cylin+er.7. Press%re +istri(%ti#n #er a r#%gh circ%lar cylin+er.8. Press%re +istri(%ti#n #er a symmetric aer#/#il.9. Press%re +istri(%ti#n #er a cam(ere+ aer#/#il.10. l# is%ali=ati#n st%+ies in s%(s#nic /l#s.


A(ility t# %se the /%n+amental +ynamic $rinci$le in aircra/t a$$licati#n.

LIST OF E84 /44 E684 No.No.

1 ent%rimeter 1 12 Fri/icemeter 1 1

3 Pi$e /ricti#n a$$arat%s 1 2B34 S%(s#nic :in+ t%nnel 1 4B5B6B&B)B*B10

5M#+els>aer#/#ilB r#%gh an+ sm##th

2 5B6B&B)B*

cylin+er B /lat $late@

58


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AE"13 CAD AND AIRCRAFT COMPONENT DRA%ING L T P C0 0 " 2

OB'ECTIVES

T# intr#+%ce the c#nce$t #/ +esign #/ (asic str%ct%ral c#m$#nents an+ t# +ra/t (#th man%ally an+%sing m#+elling $acage.

LIST OF EERCISES1. esign an+ +ra/ting #/ riete+ 7#ints

2. esign an+ +ra/ting #/ el+e+ 7#ints.3. esign an+ +ra/ting c#ntr#l c#m$#nents cam4. esign an+ +ra/ting c#ntr#l c#m$#nents (ell cran5. esign an+ +ra/ting c#ntr#l c#m$#nents gear6. esign an+ +ra/ting c#ntr#l c#m$#nents $%sh,$%ll r#+7. Three ie +iagram #/ a ty$ical aircra/t8. 'ay#%t #/ ty$ical ing str%ct%re.

9. 'ay#%t #/ ty$ical /%selage str%ct%re.10. 'ay#%t #/ c#ntr#l system

TOTAL ( 0 PERIODSOUTCOMES

A(ility t# +esign an+ +ra +i//erent 7#ints an+ c#m$#nents %sing man%al +ra/ting meth#+.

LIST OF E84: /44 E684: No.

1raing -#ar+sB

30 1B 5ra/ting machines

AE#01 FLIGHT DYNAMICS L T P C3 1 0 "

OB'ECTIVES

T# st%+y the $er/#rmance #/ air$lanes %n+er ari#%s #$erating c#n+iti#ns an+ the static an++ynamic res$#nse #/ aircra/t /#r (#th #l%ntary an+ in#l%ntary changes in /light c#n+iti#ns

UNIT I CRUISING FLIGHT PERFORMANCE !

#rces an+ m#ments acting #n a /light ehicle , E%ati#n #/ m#ti#n #/ a rigi+ /light ehicle , i//erentty$es #/ +rag estimati#n #/ $arasite +rag c#,e//icient (y $r#$er area meth#+, rag $#lar #/ ehicles/r#m l# s$ee+ t# high s$ee+s , ariati#n #/ thr%stB $#er ith el#city an+ altit%+es /#r air (reathingengines . Per/#rmance #/ air$lane in leel /light , P#er aaila(le an+ $#er re%ire+ c%res. Ma9im%ms$ee+ in leel /light , #n+iti#ns /#r minim%m +rag an+ $#er re%ire+

UNIT II MANOEUVERING FLIGHT PERFORMANCE 10

Ma9im%m rate #/ clim( an+ stee$est angle #/ clim(Bminim%m rate #/ sin an+ shall#est angle #/ gli+e@ ,T%rning $er/#rmance >T%rning rate t%rn ra+i%[email protected] angle an+ l#a+ /act#r limitati#ns #n t%rn , ,n +iagram an+ l#a+ /act#r.

UNIT III STATIC LONGITUDINAL STABILITY 10

egree #/ /ree+#m #/ rigi+ (#+ies in s$ace , Static an+ +ynamic sta(ility , P%r$#se #/ c#ntr#ls inair$lanes ,Inherently sta(le an+ marginal sta(le air$lanes StaticB '#ngit%+inal sta(ility , Stic /i9e+sta(ility , -asic e%ili(ri%m e%ati#n , Sta(ility criteri#n , E//ects #/ /%selage an+ nacelle , In/l%ence #/" l#cati#n , P#er e//ects , Stic /i9e+ ne%tral $#int , Stic /ree sta(ility,Hinge m#ment c#e//icient ,

59


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Stic /ree ne%tral $#ints,Symmetric mane%ers , Stic /#rce gra+ients , Stic R /#rce $er QgQ ,Aer#+ynamic (alancing.

UNIT IV LATERAL AND DIRECTIONAL STABILITY $

ihe+ral e//ect , 'ateral c#ntr#l , #%$ling (eteen r#lling an+ yaing m#ments , A+erse ya e//ects ,Ailer#n reersal , Static +irecti#nal sta(ility , :eather c#cing e//ect ,


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UNIT V STRESS ANALYSIS OF %ING AND FUSELAGE 10

'#a+s #n an aircra/t the ,n +iagram shear /#rce an+ (en+ing m#ment +istri(%ti#n #er the aircra/ting an+ /%selage shear /l# in thin,e((e+ (eams ith $arallel an+ n#n,$arallel /langes c#m$letetensi#n /iel+ (eams semi,tensi#n /iel+ (eam the#ry.

TOTAL *L("#)T(1#+( 0 PERIODSOUTCOMES

A(ility t# analyse the aircra/t ings an+ /%selage

A(ility t# +em#nstrate the (ehai#r #/ ma7#r aircra/t str%ct%ral c#m$#nents.

TET BOOS(

1. Megs#n T M " B Aircra/t Str%ct%res /#r Engineering St%+entsB Elseier 't+B 200&

2. PeeryB .D.B an+ A=arB D.D.B Aircra/t Str%ct%resB 2n+

e+iti#nB Mc"ra HillB .!.B 1***

3. -r%hn. E.H.B Analysis an+ esign #/ light ehicles Str%ct%resB Tri,state #//,set #m$anyB ;SAB1*)5.

REFERENCES(

1.


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s%$ers#nic /l#B Meth#+ #/ characteristics.

UNIT IV HIGH SPEED FLO% OVER AIRFOILS, %INGS AND AIRPLANECONFIGURATION !

ritical Mach n%m(erB rag +iergence Mach n%m(erB Sh#c StallB S%$ercritical Air/#il Secti#nsBTrans#nic area r%leB Se$t ingB Air/#ils /#r s%$ers#nic /l#sB 'i/tB +ragB Pitching m#ment an+ entre #/$ress%re /#r s%$ers#nic $r#/ilesB Sh#c,e9$ansi#n the#ryB ae +ragB s%$ers#nic ingsB esign

c#nsi+erati#ns /#r s%$ers#nic aircra/t, aer#+ynamic heating.

UNIT V EPERIMENTAL TECHNI


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in7ect#rs /#r li%i+ $r#$ellant r#cets ,thr%st c#ntr#l an+ c##ling in li%i+ $r#$ellant r#cets an+ theass#ciate+ heat trans/er $r#(lems c#m(%sti#n insta(ility in li%i+ $r#$ellant r#cets $ec%liar$r#(lems ass#ciate+ ith #$erati#n #/ cry#genic engines , Intr#+%cti#n t# hy(ri+ r#cet $r#$%lsi#n stan+ar+ an+ reerse hy(ri+ systems, c#m(%sti#n mechanism in hy(ri+ $r#$ellant r#cets a$$licati#ns an+ limitati#ns

UNIT V ADVANCED PROPULSION TECHNI


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A(ility t# a$$ly mathematical n#le+ge t# m#+el the systems an+ analyse the /re%ency+#main

A(ility t# chec the sta(ility #/ the (#th time an+ /re%ency +#main

TET BOOS(

1. F"ATFB M#+ern #ntr#l EngineeringB Prentice,Hall #/ In+ia Pt. 't+.B e elhiB 1**).2. A==#B D.D.. an+ .H. H#%$is ee+ (ac c#ntr#l system analysis an+ synthesisB Mc"ra,Hill

internati#nal 3rs E+iti#nB 1**).

REFERENCES(1. G%#B -.. A%t#matic c#ntr#l systemsB Prentice,Hall #/ In+ia Pt. 't+.B e elhiB 1**).2. H#%$isB .H. an+ 'am#ntB ".-. igital c#ntr#l SystemsB Mc"ra Hill -## c#.B e !#rB

;.S.A. 1**5.3. aresh G SinhaB #ntr#l SystemsB e Age Internati#nal P%(lishersB e elhiB 1**).

GE3#1 ENVIRONMENTAL SCIENCE AND ENGINEERING L T P C3 0 0 3OB'ECTIVEST# the st%+y #/ nat%re an+ the /acts a(#%t enir#nment.

T# /in+ing an+ im$lementing scienti/icB techn#l#gicalB ec#n#mic an+ $#litical s#l%ti#ns t#enir#nmental $r#(lems.

T# st%+y the interrelati#nshi$ (eteen liing #rganism an+ enir#nment.

T# a$$reciate the im$#rtance #/ enir#nment (y assessing its im$act #n the h%man #rl+enisi#n the s%rr#%n+ing enir#nmentB its /%ncti#ns an+ its al%e.

T# st%+y the +ynamic $r#cesses an+ %n+erstan+ the /eat%res #/ the earth s interi#r an+s%r/ace.

T# st%+y the integrate+ themes an+ (i#+iersityB nat%ral res#%rcesB $#ll%ti#n c#ntr#l an+ aste

management.

UNIT I ENVIRONMENT, ECOSYSTEMS AND BIODIVERSITY 12

e/initi#nB sc#$e an+ im$#rtance #/ a@ /#rest ec#system >(@ grasslan+ ec#system >c@ +esert ec#system >+@ a%aticec#systems >$#n+sB streamsB laesB riersB #ceansB est%aries@ Intr#+%cti#n t# (i#+iersity +e/initi#ngeneticB s$ecies an+ ec#system +iersity (i#ge#gra$hical classi/icati#n #/ In+ia al%e #/ (i#+iersityc#ns%m$tie %seB $r#+%ctie %seB s#cialB ethicalB aesthetic an+ #$ti#n al%es -i#+iersity at gl#(alBnati#nal an+ l#cal leels In+ia as a mega,+iersity nati#n h#t,s$#ts #/ (i#+iersity threats t#(i#+iersity ha(itat l#ssB $#aching #/ il+li/eB man,il+li/e c#n/licts en+angere+ an+ en+emic s$ecies

#/ In+ia c#nserati#n #/ (i#+iersity In,sit% an+ e9,sit% c#nserati#n #/ (i#+iersity. iel+ st%+y #/c#mm#n $lantsB insectsB (ir+siel+ st%+y #/ sim$le ec#systems $#n+B rierB hill sl#$esB etc.

UNIT II ENVIRONMENTAL POLLUTION 10

e/initi#n ca%sesB e//ects an+ c#ntr#l meas%res #/ >a@ Air $#ll%ti#n >Atm#s$heric chemistry,hemicalc#m$#siti#n #/ the atm#s$here hemical an+ $h#t#chemical reacti#ns in the atm#s$here , /#rmati#n #/sm#gB PAB aci+ rainB #9ygen an+ #=#ne chemistry, Mitigati#n $r#ce+%res, #ntr#l #/ $artic%late an+

gase#%s emissi#nB #ntr#l #/ SF2B FB F an+ H@ >(@ :ater $#ll%ti#n Physical an+ chemical$r#$erties #/ terrestrial an+ marine ater an+ their enir#nmental signi/icance :ater %ality $arameters

$hysicalB chemical an+ (i#l#gical a(s#r$ti#n #/ heay metals , :ater treatment $r#cesses. >c@ S#il

64


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$#ll%ti#n , s#il aste management ca%sesB e//ects an+ c#ntr#l meas%res #/ m%nici$al s#li+ astes >+@Marine $#ll%ti#n >e@ #ise $#ll%ti#n >/@ Thermal $#ll%ti#n >g@ %clear ha=ar+sr#le #/ an in+ii+%al in$reenti#n #/ $#ll%ti#n $#ll%ti#n case st%+ies iel+ st%+y #/ l#cal $#ll%te+ site ;r(an C


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/#r s%staina(le li/estyles. Intr#+%cti#n t# Enir#nmental -i#chemistry Pr#teins -i#chemical+egra+ati#n #/ $#ll%tantsB -i#c#nersi#n #/ $#ll%tants.

iel+ st%+y #/ l#cal area t# +#c%ment enir#nmental assets rier C /#rest C grasslan+ Chill C m#%ntain.

UNIT IV SOCIAL ISSUES AND THE ENVIRONMENT 7

r#m %ns%staina(le t# s%staina(le +eel#$ment %r(an $r#(lems relate+ t# energy ater

c#nserati#nB rain ater harestingB atershe+ management resettlement an+ reha(ilitati#n #/$e#$le its $r#(lems an+ c#ncernsB case st%+ies r#le #/ n#n,g#ernmental #rgani=ati#n,enir#nmental ethics Iss%es an+ $#ssi(le s#l%ti#ns 12 Princi$les #/ green chemistry, n%clearacci+ents an+ h#l#ca%stB case st%+ies. astelan+ reclamati#n c#ns%merism an+ aste $r#+%cts enir#nment $r#+%cti#n act Air act :ater act :il+li/e $r#tecti#n act #rest c#nserati#n act The -i#me+ical :aste >Management an+ Han+ling@ Ec#mar@. en/#rcement machinery in#le+ inenir#nmental legislati#n, central an+ state $#ll%ti#n c#ntr#l (#ar+s, +isaster management /l##+sBearth%aeB cycl#ne an+ lan+sli+es.P%(lic aareness.

UNIT V HUMAN POPULATION AND THE ENVIRONMENT

P#$%lati#n gr#thB ariati#n am#ng nati#ns $#$%lati#n e9$l#si#n /amily el/are $r#gramme enir#nment an+ h%man health h%man rights al%e e+%cati#n HI C AIS #men an+ chil+el/are Enir#nmental im$act analysis >EIA@, ,"IS,rem#te sensing,r#le #/ in/#rmati#n techn#l#gy inenir#nment an+ h%man health ase st%+ies.

TOTAL ( "# PERIODSOUTCOMES(

Enir#nmental P#ll%ti#n #r $r#(lems cann#t (e s#le+ (y mere las. P%(lic $artici$ati#n is anim$#rtant as$ect hich seres the enir#nmental Pr#tecti#n. Fne ill #(tain n#le+ge #n the/#ll#ing a/ter c#m$leting the c#%rse. P%(lic aareness #/ enir#nmental is at in/ant stage.

Ign#rance an+ inc#m$lete n#le+ge has lea+ t# misc#nce$ti#ns

eel#$ment an+ im$r#ement in st+. #/ liing has lea+ t# seri#%s enir#nmental +isasters

TET BOOS (

1. "il(ert M.MastersB LIntr#+%cti#n t# Enir#nmental Engineering an+ Science B 2n+ e+iti#nB Pears#nE+%cati#n >2004@.

2. -enny D#se$hB LEnir#nmental Science an+ Engineering B Tata Mc"ra,HillB e elhiB 2006.

REFERENCES (

1. Trie+i.


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OB'ECTIVES

T# ena(le the st%+ents %n+erstan+ the (ehai#r #/ aircra/t str%ct%ral c#m$#nents %n+er +i//erentl#a+ing c#n+iti#ns.

T# $r#i+e the Princi$le in#le+ in $h#t# elasticity an+ its a$$licati#ns in stress analysis /#rc#m$#site laminates.

LIST OF EPERIMENTS

1. ;nsymmetrical -en+ing #/ a antileer -eam2. #m(ine+ (en+ing an+ T#rsi#n #/ a H#ll# irc%lar T%(e3. Material ringe #nstant #/ a Ph#t# elastic M#+els4. Shear entre #/ a hannel Secti#n5. ree i(rati#n #/ a antileer -eam6. #rce+ i(rati#n #/ a cantileer -eam7. a(ricati#n #/ a #m$#site 'aminate.8. eterminati#n #/ Elastic c#nstants /#r a #m$#site Tensile S$ecimen.9. eterminati#n #/ Elastic c#nstants /#r a #m$#site le9%ral S$ecimen.10. Tensi#n /iel+ (eam11. M#ire techni%es

>Fnly 10 e9$eriments ill (e c#n+%cte+@TOTAL( "# PERIODS

OUTCOMES

A(ility t# $er/#rm -en+ingB T#rsi#nB ShearB i(rati#n test #n meta(#licB c#m$#site s$ecimen


1 Ph#t# elasticity set %$ 1 32 100 ;niersal Testing Machine 1 )B*3 i(rati#n set %$ ith acces#ries 1 5B6

4 :agner (eam 1 10

5 ;nsymmetrical (en+ing set %$ 1 1

6 Set %$ /#r c#m(ine+ (en+ing an+ t#rsi#n 1 2

67


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AE#12 PROPULSION LABORATORY L T P C0 0 3 2

OB'ECTIVES(

T# /amiliari=e st%+ents an+ t# e9$#se them $ractically t# ari#%s aircra/t $ist#n an+ gas t%r(ineengines

T# gie $ractical e9$#s%re t# ari#%s testing meth#+s #/ aria(le area +%ctsB $r#$ellantsB 7etengine c#m$#nents an+ r#cets

T# $ractically +etermine the /l# (ehai#r #/ 7ets

LIST OF EPERIMENTS

1. St%+y #/ aircra/t $ist#n an+ gas t%r(ine engines

2. el#city $r#/iles #/ /ree 7ets.3. el#city $r#/iles #/ all 7ets.4. :all $ress%re meas%rements #/ a s%(s#nic ram7et +%ct.

5. lame sta(ili=ati#n st%+ies %sing c#nical /lame h#l+ers.6. asca+e testing #/ c#m$ress#r (la+es7. el#city an+ $ress%re meas%rements in c#,a9ial 7ets

8. l# is%ali=ati#n #/ sec#n+ary in7ecti#n in a s%$ers#nic cr#ss /l#9. :all $ress%re +istri(%ti#n in s%(s#nic +i//%sers.10. :all Press%re meas%rements in s%$ers#nic n#==les


A(ility t# %n+erstan+ +etails #/ $ist#n an+ gas t%r(ine engine

A(ility t# $er/#rm ari#%s testing #n +%ctsB $r#$ellantsB 7et engine c#m$#nents


1 "#(lin engine 1 12 Inline engine 1 13 #r@SA $ress%re scanner

) SchlierenC Sha+#gra$h set %$ 1 )

*


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GE#3 COMMUNICATION SILLS LABORATORY BASED L T P C0 0 " 2

OB'ECTIVES(

T# $r#i+e #$$#rt%nities t# learners t# $ractice their c#mm%nicatie sills t# mae them(ec#me $r#/icient %sers #/ English.

T# ena(le learners t# /ine,t%ne their ling%istic sills >'S


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L/? I56/:46>@4>6(S. No. D:@64o o5 E>84 *88>8 @o5>6/4o+ 6

1 S66 1 #.

PI System

1 "-


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Mae $resentati#ns an+ Partici$ate in "r#%$ isc%ssi#ns.

S%ccess/%lly anser %esti#ns in interies.

REFERENCES(

1. -arerB A. I86o Yo>6 Co88>@/4o S99:.e elhi G#gan Page In+ia Pt. 't+.B 2006.

2. raenB Miles. L:4 E46/A 6:o>6@ ?oo o5 8>94-99 :99: /@44:.am(ri+ge;niersity PressB 2004.

3. "ammi+geB Mic. S/ E46/ - A 6:o>6@ ?oo o5 8>94-99 :99: /@44:. am(ri+ge ;niersity PressB 2004.

4. HartleyB Peter. G6o> Co88>@/4o. '#n+#n 4o %64 / S/. e elhi F9/#r+ ;niersity PressB2004.

6. ater#$B Dean ?


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OUTCOME

;$#n c#m$leti#n #/ this c#%rseB the St%+ents can a(le t# %n+erstan+ +i//erent mathematicalTechni%es %se+ in EM analysis an+ %se #/ them in Str%ct%ral an+ thermal $r#(lem

TET BOOS(

1. Tir%$athi.


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AE02 VIBRATIONS AND ELEMENTS OF AEROELASTICITY L T P C3 0 0 3

OB'ECTIVES(

T# st%+y the e//ect #/ time +e$en+ent /#rces #n mechanical systems an+ t# get the nat%ralcharacteristics #/ system ith m#re +egree #/ /ree+#m systems.

T# st%+y the aer#elastic e//ects #/ aircra/t ing.

UNIT I SINGLE DEGREE OF FREEDOM SYSTEMS 10

Intr#+%cti#n t# sim$le harm#nic m#ti#nB Alem(ert s $rinci$leB /ree i(rati#ns +am$e+ i(rati#ns /#rce+ i(rati#nsB ith an+ ith#%t +am$ing s%$$#rt e9citati#n transmissi(ility , i(rati#nmeas%ring instr%ments.

UNIT II MULTI DEGREES OF FREEDOM SYSTEMS 10

T# +egrees #/ /ree+#m systems , static an+ +ynamic c#%$lings , i(rati#n a(s#r(er, $rinci$al c#,#r+inates , $rinci$al m#+es an+ #rth#g#nal c#n+iti#ns , eigen al%e $r#(lems , hamilt#n s $rinci$le ,lagrangean e%ati#ns an+ a$$licati#n.

UNIT III CONTINUOUS SYSTEMS $i(rati#n #/ elastic (#+ies , i(rati#n #/ strings l#ngit%+inalB lateral an+ t#rsi#nal i(rati#ns

UNIT IV APPROIMATE METHODS !

A$$r#9imate meth#+s , rayleigh s meth#+ , +%nerlay s meth#+ rayleigh,rit= meth#+B matri9 iterati#n meth#+.

UNIT V ELEMENTS OF AEROELASTICITY $

i(rati#n +%e t# c#%$ling #/ (en+ing an+ t#rsi#n , aer#elastic $r#(lems , c#llars triangle , ing+iergence , ailer#n c#ntr#l reersal /l%tter (%//eting. elements #/ ser# elasticity


"aining %n+erstan+ing #/ single an+ m%lti +egree i(rating systems

A(ility t# %se n%merical techni%es /#r i(rati#n $r#(lems

Gn#le+ge ac%ire+ in aer# elasticity an+ /l%ttering

TET BOOS(

1. 'e#nar+ Meir#itchB Elements #/ i(rati#n Analysis. Mc"ra Hill Internati#nal E+iti#nB200&

2. "r#er. ".G.B Mechanical i(rati#nsB &thE+iti#nB em han+ -r#thersB


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OB'ECTIVES(

T# mae the st%+ent %n+erstan+ the analysis #/ c#m$#site laminates %n+er +i//erent l#a+ingc#n+iti#ns an+ +i//erent enir#nmental c#n+iti#ns.

UNIT I MICROMECHANICS 10

Intr#+%cti#n , a+antages an+ a$$licati#n #/ c#m$#site materials ty$es #/ rein/#rcements an+matrices , micr# mechanics mechanics #/ materials a$$r#achB elasticity a$$r#ach, (#%n+ing

techni%es /i(er #l%me rati# mass /racti#n +ensity #/ c#m$#sites. e//ect #/ #i+s in c#m$#sites.

UNIT II MACROMECHANICS 10

"enerali=e+ H##e s 'a , elastic c#nstants /#r anis#tr#$icB #rth#tr#$ic an+ is#tr#$ic materials ,macr# mechanics stress,strain relati#ns ith res$ect t# nat%ral a9isB ar(itrary a9is +eterminati#n #/in $lane strengths #/ a lamina , e9$erimental characteri=ati#n #/ lamina. /ail%re the#ries #/ a lamina.hygr#thermal e//ects #n lamina.

UNIT III LAMINATED PLATE THEORY 10

"#erning +i//erential e%ati#n /#r a laminate. stress strain relati#ns /#r a laminate. +i//erent ty$es #/laminates. in $lane an+ /le9%ral c#nstants #/ a laminate. hygr#thermal stresses an+ strains in alaminate. /ail%re analysis #/ a laminate. im$act resistance an+ interlaminar stresses. netting analysis

UNIT IV FABRICATION PROCESS AND REPAIR METHODS $ari#%s #$en an+ cl#se+ m#%l+ $r#cessesB man%/act%re #/ /i(ersB im$#rtance #/ re$air an+ +i//erentty$es #/ re$air techni%es in c#m$#sites a%t#clae an+ n#n,a%t#clae meth#+s.

UNIT V SAND%ICH CONSTRUCTIONS 7

-asic +esign c#nce$ts #/ san+ich c#nstr%cti#n , materials %se+ /#r san+ich c#nstr%cti#n , /ail%rem#+es #/ san+ich $anels , (en+ing stress an+ shear /l# in c#m$#site (eams.


;n+erstan+ing the mechanics #/ c#m$#site materials

A(ility t# analyse the laminate+ c#m$#sites /#r ari#%s l#a+ing eases

Gn#le+ge gaine+ in man%/act%re #/ c#m$#sites

TET BOOS(

1. am Ishai.B Mechanics #/ #m$#site MaterialsB2. A%tar G GaB LMechanics #/ #m$#site Materials B


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UNIT I ELEMENTS OF AEROSPACE MATERIALS !

Str%ct%re #/ s#li+ materials At#mic str%ct%re #/ materials crystal str%ct%re miller in+ices +ensity

$acing /act#r s$ace lattices 9,ray +i//racti#n im$er/ecti#n in crystals $hysical metall%rgy ,general re%irements #/ materials /#r aer#s$ace a$$licati#ns

UNIT II MECHANICAL BEHAVIOUR OF MATERIALS !

'inear an+ n#n linear elastic $r#$erties !iel+ingB strain har+eningB /ract%reB -a%chinger s e//ect #tch e//ect testing an+ /la +etecti#n #/ materials an+ c#m$#nents cree$ an+ /atig%e , c#m$aratiest%+y #/ metalsB ceramics $lastics an+ c#m$#sites.

UNIT III CORROSION HEAT TREATMENT OF METALS AND ALLOYS 10

Ty$es #/ c#rr#si#n e//ect #/ c#rr#si#n #n mechanical $r#$erties stress c#rr#si#n cracing c#rr#si#n resistance materials %se+ /#r s$ace ehicles heat treatment #/ car(#n steels al%mini%mall#ysB magnesi%m all#ys an+ titani%m all#ys e//ect #/ all#ying treatmentB heat resistance all#ys t##l an+ +ie steelsB magnetic all#ysB

UNIT IV CERAMICS AND COMPOSITES !Intr#+%cti#n $#+er metall%rgy , m#+ern ceramic materials cermets , c%tting t##ls glass

ceramic $r#+%cti#n #/ semi /a(ricate+ /#rms , $lastics an+ r%((er car(#nCcar(#n c#m$#sitesB/a(ricati#n $r#cesses in#le+ in metal matri9 c#m$#sites , sha$e mem#ry all#ys a$$licati#ns inaer#s$ace ehicle +esignB #$en an+ cl#se m#%l+ $r#cesses.

UNIT V HIGH TEMPERATURE MATERIALS CHARACTERIATION $

lassi/icati#nB $r#+%cti#n an+ characteristics meth#+s an+ testing +eterminati#n #/ mechanicalan+ thermal $r#$erties #/ materials at eleate+ tem$erat%res a$$licati#n #/ these materials inthermal $r#tecti#n systems #/ aer#s$ace ehicles s%$er all#ys high tem$erat%re materialcharacteri=ati#n.



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LIST OF EPERIMENTS

1. ismantling an+ reassem(ling #/ an aircra/t $ist#n engine.2. St%+y #/ amsha/t #$erati#nB /iring #r+er an+ magnet#B ale timing3. St%+y #/ l%(ricati#n an+ c##ling system4. St%+y #/ a%9ilary systemsB $%m$s an+ car(%ret#r5. Aircra/t ##+ gl%ing,single ? +#%(le scar/ 7#ints6. :el+e+ single ? +#%(le ,7#ints.7. a(ric ?


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AE12 AIRCRAFT DESIGN PRO'ECT - I L T P C0 0 3 2

OB'ECTIVES(

T# mae the st%+ent #r in gr#%$s an+ %n+erstan+ the #nce$ts in#le+ in Aer#+ynamic+esignB Per/#rmance analysis an+ sta(ility as$ects #/ +i//erent ty$es #/ air$lanes

1. #m$aratie st%+ies #/ +i//erent ty$es #/ air$lanes an+ their s$eci/icati#ns an+ $er/#rmance +etailsith re/erence t# the +esign #r %n+er taen.

2. Preliminary eight estimati#nB Selecti#n #/ +esign $arametersB $#er $lant selecti#nB aer#/#ilselecti#nB /i9ing the ge#metry #/ :ingB tailB c#ntr#l s%r/aces 'an+ing gear selecti#n.

3. Pre$arati#n #/ lay#%t +raingB c#ns

2013 aero arranged

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