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Table of contents (This file)Chapter-2: Introduction MC_V0_B000_Intro_01TXT The nature of mathematics of cement MC_V0_B000_Intro_02TXT Mathematics of cement as against non-mathematical approach MC_V0_B000_Intro_03TXT Theoretical deductions versus empirical deductions.Chapter-3: Mathematical Models MC_V0_B000_Models_01TXT An introduction to mathematical model (MathCement model)MC_V0_B000_Models_02TXT Constituents of a mathematical model (MathCement model)MC_V0_B000_Models_03TXT Why create a mathematical model (MathCement model)?MathCement PreliminariesMC_V0_B000_TOCTopic: New table of contents including expanded tables of contentsMathcad Version:MC2001Approach to MathCementChapter-1: Preliminaries MC_V0_B000_Foreword_01TXT Foreword by Dr. A.K.ChatterjeeMC_V0_B000_Preface_01TXT Preface - all editions MC_V0_B000_Ebook_01TXT About using electronic booksMC_V0_B000_Readme_01TXT Read me MC_V0_B000_TOC_01TXTVolume-1 : Cement plant process calculationsMC_V1_TOC Expanded Table of Contents -Vol.1Book 200 Process calculation of plant sectionsBook 201 MC_V1_B201_Quarry_TOC Quarry SectionBIU MC_V1_B201_Quarry_1BIU Quarry Deposit EstimationMC_V1_B201_Quarry_1 Quarry Deposit EstimationBIU MC_V1_B201_Quarry_2BIU Quarry - Excavator MC_V1_B201_Quarry_2 Quarry - ExcavatorChapter-4: Back to Basics MC_V0_B101_Units_TOC Units BIU MC_V0_B101_units_01BIU About Built-in UnitsBIU MC_V0_B101_units_02BIU User Defined UnitsMC_V0_B102_Review_TOC Process ReviewMC_V0_B102_Review_1TXT NOx chemistryBIU MC_V0_B102_Review_2BIU Density, specific weight, specific volume and specific gravityMathematical techniquesMC_V1_B202_Crushing_3BIU Calculation of power for existing crusher at different capacities -application of Rittinger's lawMC_V1_B202_Crushing_3 Calculation of power for existing crusher at different capacities -application of Rittinger's lawBIU MC_V1_B202_Crushing_4BIU Calculation of power for existing crusher but to be used for different / changed material - application of Rittinger's lawMC_V1_B202_Crushing_4 Calculation of power for existing crusher but to be used for different / changed material - application of Rittinger's lawBIU MC_V1_B202_Crushing_5BIU Calculation of throughput for Roll Crusher MC_V1_B202_Crushing_5 Calculation of throughput for Roll Crusher BIU MC_V1_B202_Crushing_6BIU Double Rotor Hammer or Impact Crusher CalculationsMC_V1_B202_Crushing_6 Double Rotor Hammer or Impact Crusher CalculationsBIU MC_V1_B201_Quarry_3BIU_r3 Quarry - Dumper CalculationsMC_V1_B201_Quarry_3_r3 Quarry Dumper CalculationsBook 202 MC_V1_B202_Crushing_TOC Crushing SectionBIU MC_V1_B202_Crushing_1BIU_r5 Crusher and Auxiliaries CalculationsMC_V1_B202_Crushing_1_r5 Crusher and Auxiliaries CalculationsBIU MC_V1_B202_Crushing_2BIU Single Rotor Hammer or Impact Crusher CalculationsMC_V1_B202_Crushing_2 Single Rotor Hammer or Impact crusher calculations BIU MC_V1_B203_Preblending_4BIU Stockpile capacities-Kidney shaped windrows -triangular section MC_V1_B203_Preblending_4 Stockpile capacities-Kidney shaped windrows -triangular section Book 204 MC_V1_B204_Rawmill_TOC Raw Mill SectionMC_V1_B204_RawMill_1_r4 Bond Work Index of the various material based on bond test mill result dry basis Calculation of Power at Ball Mill Shaft for Raw Material,based on Bond's Work IndexBIU MC_V1_B204_RawMill_2BIUMC_V1_B204_RawMill_2 Calculation of power at Ball Mill shaft for Raw material, based on Bond's work indexRaw Mill and Auxiliary Equipment Capacity CalculationsBIU MC_V1_B204_RawMill_3BIUBook 203 MC_V1_B203_Pre-blending_TOC Pre-blending SectionBIU MC_V1_B203_Preblending_1BIU Preblending and Stockpile Equipment - CalculationsMC_V1_B203_Preblending_1 Preblending and Stockpile Equipment CalculationsBIU MC_V1_B203_Preblending_2BIU Stockpile capacities-Longitudinal with trapizoidal cross section MC_V1_B203_Preblending_2 Stockpile capacities-Longitudinal with trapizoidal cross section BIU MC_V1_B203_Preblending_3BIU Stockpile capacities-Longitudinal with triangular cross section MC_V1_B203_Preblending_3 Stockpile capacities-Longitudinal with triangular cross section BIU MC_V1_B204_RawMill_7BIU Calculation of Grinding Ball SizeMC_V1_B204_RawMill_7 Calculation of Grinding Ball SizeBIU MC_V1_B204_RawMill_8BIU Specific Heat of Raw Material as a Function of TemperatureMC_V1_B204_RawMill_8 Specific Heat of Raw Material as a Function of TemperatureEstimation of specific power consumption, at mill shaft, based on the operating parameters of close circuit ball millBIU MC_V1_B204_RawMill_9BIUMC_V1_B204_RawMill_9 Estimation of specific power consumption, at mill shaft, based on the operating parameters of close circuit ball millCalculation of mill power demand for desired output at specified feed and product sizes, based on Bond Index.BIU MC_V1_B204_RawMill_10BIU_r3MC_V1_B204_RawMill_3 Raw Mill and Auxiliary Equipment Capacity CalculationsRaw Material Drying - Estimation of total moisture to be evaporated from feedBIU MC_V1_B204_RawMill_4BIU_r3MC_V1_B204_RawMill_4_r3 Raw Material Drying - Estimation of total Moisture to be Evaporated from FeedRaw Mill Heat Balance - Evaluation of Hot Gas Requirement for DryingBIU MC_V1_B204_RawMill_5BIUMC_V1_B204_RawMill_5 Raw Mill Heat Balance - Evaluation of Hot Gas Requirement for DryingCalculation of Ball Mill Percentage Filling as per MeasurementBIU MC_V1_B204_RawMill_6BIUMC_V1_B204_Rawmill_6 Calculation of Ball Mill Percentage Filling asper MeasurementBIU MC_V1_B204_RawMill_13 Ball Mill Critical Speed and Ball Charge CalculationsBIU MC_V1_B204_RawMill_14BIU_r4 Vertical Roller Mill -- Calculation of PowerMC_V1_B204_RawMill_14_r4 Vertical Roller Mill -- Calculation of PowerBIU MC_V1_B204_RawMill_15BIU_r3 Radiation Loss in Raw Mill Heat Balance MC_V1_B204_RawMill_15_r3 Radiation Loss in Raw Mill Heat BalanceCalculation of false air coming into grinding mill systemBIU MC_V1_B204_RawMill_16BIUMC_V1_B204_RawMill_16 Calculation of false air coming into grinding mill systemCalculation of water pressure at nozzle over material bed of Vertical Roller Mill with supply from overhead tankBIU MC_V1_B204_RawMill_17BIUMC_V1_B204_RawMill_10_r4 Calculation of mill power demand for desired output at specified feed and product sizes, based on Bond Index.BIU MC_V1_B204_RawMill_10_1BIU Calculation of mill output for different feed and product sizesMC_V1_B204_RawMill_10_1 Calculation of mill output for different feed and product sizesBIU MC_V1_B204_RawMill_11BIU Calculation of Efficiency of Dynamic Air SeparatorMC_V1_B204_RawMill_11 Calculation of Efficiency of Dynamic Air SeparatorBIU MC_V1_B204_RawMill_12BIU Average Piece Weight of Grinding MediaMC_V1_B204_RawMill_12 Average Piece Weight of Grinding MediaBIU MC_V1_B204_RawMill_13BIU Ball Mill Critical Speed and Ball Charge CalculationsCalculation of auxiliary drive rating of Ball Mill for raw grindingMC_V1_B204_RawMill_21_r1 Calculation of auxiliary drive rating of Ball Mill for raw grindingBIU MC_V1_B204_RawMill_22BIU_r2 Calculation of makeup charge or ball millsMC_V1_B204_RawMill_22_r2 Calculation of makeup charge or ball millsBIU MC_V1_B204_RawMill_23BIU_r1 Calculation of wear rate of grinding balls in ball millsMC_V1_B204_RawMill_23_r1 Calculation of wear rate of grinding balls in ball millsBIU MC_V1_B204_RawMill_24BIU Calculation of Recirculation Air in Raw Grinding Vertical Roller MillMC_V1_B204_RawMill_24 Calculation of Recirculation Air in Raw Grinding Vertical Roller MillMC_V1_B204_RawMill_17 Calculation of water pressure at nozzle over material bed of Vertical Roller Mill with supply from overhead tankBIU MC_V1_B204_RawMill_18BIU Calculation of retention time of material in a two compartment ball millMC_V1_B204_RawMill_18 Calculation of retention time of material in a two compartment ball millBIU MC_V1_B204_RawMill_19BIU_r1 Rosin-Rammler equation -calculation of predicted residue on sieve and variaton calculations MC_V1_B204_RawMill_19_r1 Rosin-Rammler equation -calculation of predicted residue on sieve and variaton calculations BIU MC_V1_B204_RawMill_20BIU Calculation of mean diameter of fine ground particlesMC_V1_B204_RawMill_20 Calculation of mean diameter of fine ground particlesBIU MC_V1_B204_RawMill_21BIU_r1MC_V1_B205_Blending_4_r2 Calculation of blending factor by methods of standard deviation Book 206 MC_V1_B206_Kilnfeed_TOC Kiln-feed SectionLocating feeding point of material into Preheater Gas ductsBIU MC_V1_B206_Kilnfeed_1BIU_r3MC_V1_B206_Kilnfeed_1_r3 Locating feeding point of material intoPreheater Gas ductsBook 207 MC_V1_B207_Clinker_TOC Clinkerisation (kiln,pre-heater) SectionBIU MC_V1_B207_Clinker_1BIU_r3 Calculation of Kiln and Auxiliary Equipment Capacities.MC_V1_B207_Clinker_1_r3 Calculation of Kiln and Auxiliary Equipment CapacitiesBook 205 MC_V1_B205_Blending_TOC Blending and Storage SectionBIU MC_V1_B205_Blending_1BIU Calculation of Blending & Storage Silos and Auxiliary Equipment Capacity for Raw-meal preparationMC_V1_B205_Blending_1 Calculation of Blending & Storage Silos and Auxiliary EquipmentCapacity for Raw-meal PreparationBIU MC_V1_B205_Blending_2BIU_r3 Calculation of Kiln Feed Raw-meal SystemsMC_V1_B205_Blending_2_r3 Calculation of Kiln Feed Raw-meal SystemsBIU MC_V1_B205_Blending_3BIU Calculation of Kiln Feed Raw-meal QuantityMC_V1_B205_Blending_3 Calculation of Kiln Feed Raw-meal QuantityBIU MC_V1_B205_Blending_4BIU_r2 Calculation of blending factor by methods of standard deviation BIU MC_V1_B207_Clinker_7BIU Kiln Tyre / Shell OvalityMC_V1_B207_Clinker_7 Kiln Tyre / Shell OvalityBIU MC_V1_B207_Clinker_8BIU_r4 Kiln Capacity checkMC_V1_B207_Clinker_8_r4 Kiln Capacity checkBIU MC_V1_B207_Clinker_9BIU Degree of Decarbonation of Raw Meal -Definition and calculation MC_V1_B207_Clinker_9 Degree of Decarbonation of Raw Meal -Definition calculation BIU MC_V1_B207_Clinker_10BIU Degree of Decarbonation of Raw Meal Calculation on Operating Data MC_V1_B207_Clinker_10 Degree of Decar