Modules / Lectures
NameDownloadDownload Size
Lecture NoteDownload as zip file116M
Module NameDownload


Sl.No Chapter Name MP4 Download
1IntroductionDownload
2Mass ConservationDownload
3Mass Conservation for a Macroscopic SystemDownload
4Mass Conservation for a Microscopic SystemDownload
5Useful DerivativesDownload
6Equation of ContinuityDownload
7Mass FluxDownload
8Mass and Molar FluxesDownload
9Shell Balance ApproachDownload
10Continuity Equation ApproachDownload
11Steady-state DiffusionDownload
12Steady-state Diffusion across Tubular WallsDownload
13Steady-state Radial DiffusionDownload
14Steady-state Diffusion with ReactionDownload
15Unsteady-state DiffusionDownload
16Unsteady-state Diffusion - continuedDownload
17Pseudo Steady State Approximation - continuedDownload
18Pseudo Steady State Approximation - continued Download
19Review of Mass FluxDownload
20Momentum Flux - IntroductionDownload
21RheologyDownload
22Fluid Flow typesDownload
23Shell Momentum BalancesDownload
24Shell Momentum Balances - continuedDownload
25Equation of MotionDownload
26Equation of Motion - continuedDownload
27Application of Equation of Motion to Flow Over an Inclined PlaneDownload
28Laminar Flow through a PipeDownload
29Laminar Flow through a Pipe - continuedDownload
30Capillary FlowDownload
31Couette Flow Download
32Non-dimensional AnalysisDownload
33Unsteady State FlowDownload
34Unsteady State Flow - continuedDownload
35Pulsatile FlowDownload
36Turbulent FlowDownload
37Macroscopic Aspects: The Engineering Bernoulli EquationDownload
38Friction Factor for Flow through a Straight Horizontal PipeDownload
39Application of the Engineering Bernoulli Equation to a Piping NetworkDownload
40Stenosis in an ArteryDownload
41Friction Factor for Relative Motion between a Solid and a LiquidDownload
42Friction Factor for Packed BedsDownload
43Review of Momentum FluxDownload
44Review of Momentum Flux - continuedDownload
45Thermal Energy FluxDownload
46Equation of EnergyDownload
47Temperature Profile in a TissueDownload
48Unsteady-state Heat ConductionDownload
49Review of Heat FluxDownload
50Charge FluxDownload
51Charge Flux - Some FundamentalsDownload
52Charge Flux - Some More FundamentalsDownload
53Getting Useful Relationships through Maxwell's EquationsDownload
54Charges/Ions in SolutionDownload
55Charge Flux: ReviewDownload
56Fluxes Under Simultaneous, Multiple Driving ForcesDownload
57Simultaneous Concentration Gradient and Electrical Potential GradientDownload
58Mobility of Ions Across a MembraneDownload
59Electrical Circuit Representation of a MembraneDownload
60Action Potential and Axial CurrentDownload
61ElectrophoresisDownload
62Simultaneous Concentration Gradient and Velocity GradientDownload
63Simultaneous Concentration Gradient and Velocity Gradient - Bioreactor KlaDownload
64Gas-Liquid Interphase TransportDownload
65Gas-Liquid Interphase Transport - ContinuedDownload
66Bioreactor Kla EstimationDownload
67Liquid Phase Oxygen-Supply StrategyDownload
68LPOS and Its MechanismDownload
69LPOS for Mold CultivationsDownload
70LPOS Optimization and CostsDownload
71Couette Flow CultivationsDownload
72Pseudo-Steady State Approximation Applied to Bio-oil ProductionDownload
73Pseudo-Steady State Approximation Applied to Cancer TreatmentDownload
74Kinetics of a Process with an Enzyme Immobilized on a Non-porous SlabDownload
75Simultaneous Temperature Gradient and Velocity GradientDownload
76Design of Heat ExchangersDownload
77Design of Heat Exchangers - ContinuedDownload
78Course Review - Part 1Download
79Course Review - Part 2Download
80Course Review - Part 3Download
81Course Review - Part 4Download

Sl.No Chapter Name English
1IntroductionDownload
Verified
2Mass ConservationDownload
Verified
3Mass Conservation for a Macroscopic SystemDownload
Verified
4Mass Conservation for a Microscopic SystemDownload
Verified
5Useful DerivativesDownload
Verified
6Equation of ContinuityDownload
Verified
7Mass FluxDownload
Verified
8Mass and Molar FluxesDownload
Verified
9Shell Balance ApproachDownload
Verified
10Continuity Equation ApproachDownload
Verified
11Steady-state DiffusionDownload
Verified
12Steady-state Diffusion across Tubular WallsDownload
Verified
13Steady-state Radial DiffusionDownload
Verified
14Steady-state Diffusion with ReactionDownload
Verified
15Unsteady-state DiffusionDownload
Verified
16Unsteady-state Diffusion - continuedDownload
Verified
17Pseudo Steady State Approximation - continuedDownload
Verified
18Pseudo Steady State Approximation - continued Download
Verified
19Review of Mass FluxDownload
Verified
20Momentum Flux - IntroductionPDF unavailable
21RheologyPDF unavailable
22Fluid Flow typesPDF unavailable
23Shell Momentum BalancesPDF unavailable
24Shell Momentum Balances - continuedPDF unavailable
25Equation of MotionPDF unavailable
26Equation of Motion - continuedPDF unavailable
27Application of Equation of Motion to Flow Over an Inclined PlanePDF unavailable
28Laminar Flow through a PipePDF unavailable
29Laminar Flow through a Pipe - continuedPDF unavailable
30Capillary FlowPDF unavailable
31Couette Flow PDF unavailable
32Non-dimensional AnalysisPDF unavailable
33Unsteady State FlowPDF unavailable
34Unsteady State Flow - continuedPDF unavailable
35Pulsatile FlowPDF unavailable
36Turbulent FlowPDF unavailable
37Macroscopic Aspects: The Engineering Bernoulli EquationPDF unavailable
38Friction Factor for Flow through a Straight Horizontal PipePDF unavailable
39Application of the Engineering Bernoulli Equation to a Piping NetworkPDF unavailable
40Stenosis in an ArteryPDF unavailable
41Friction Factor for Relative Motion between a Solid and a LiquidPDF unavailable
42Friction Factor for Packed BedsPDF unavailable
43Review of Momentum FluxPDF unavailable
44Review of Momentum Flux - continuedPDF unavailable
45Thermal Energy FluxPDF unavailable
46Equation of EnergyPDF unavailable
47Temperature Profile in a TissuePDF unavailable
48Unsteady-state Heat ConductionPDF unavailable
49Review of Heat FluxPDF unavailable
50Charge FluxPDF unavailable
51Charge Flux - Some FundamentalsPDF unavailable
52Charge Flux - Some More FundamentalsPDF unavailable
53Getting Useful Relationships through Maxwell's EquationsPDF unavailable
54Charges/Ions in SolutionPDF unavailable
55Charge Flux: ReviewPDF unavailable
56Fluxes Under Simultaneous, Multiple Driving ForcesPDF unavailable
57Simultaneous Concentration Gradient and Electrical Potential GradientPDF unavailable
58Mobility of Ions Across a MembranePDF unavailable
59Electrical Circuit Representation of a MembranePDF unavailable
60Action Potential and Axial CurrentPDF unavailable
61ElectrophoresisPDF unavailable
62Simultaneous Concentration Gradient and Velocity GradientPDF unavailable
63Simultaneous Concentration Gradient and Velocity Gradient - Bioreactor KlaPDF unavailable
64Gas-Liquid Interphase TransportPDF unavailable
65Gas-Liquid Interphase Transport - ContinuedPDF unavailable
66Bioreactor Kla EstimationPDF unavailable
67Liquid Phase Oxygen-Supply StrategyPDF unavailable
68LPOS and Its MechanismPDF unavailable
69LPOS for Mold CultivationsPDF unavailable
70LPOS Optimization and CostsPDF unavailable
71Couette Flow CultivationsPDF unavailable
72Pseudo-Steady State Approximation Applied to Bio-oil ProductionPDF unavailable
73Pseudo-Steady State Approximation Applied to Cancer TreatmentPDF unavailable
74Kinetics of a Process with an Enzyme Immobilized on a Non-porous SlabPDF unavailable
75Simultaneous Temperature Gradient and Velocity GradientPDF unavailable
76Design of Heat ExchangersPDF unavailable
77Design of Heat Exchangers - ContinuedPDF unavailable
78Course Review - Part 1PDF unavailable
79Course Review - Part 2PDF unavailable
80Course Review - Part 3PDF unavailable
81Course Review - Part 4PDF unavailable


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