Transport Phenomena in Biological Systems

This course aims to fill the need for a comprehensive introduction to the analysis of biological systems in the continuum regime, in the context of transport (forces and fluxes). It aims to provide the student with the required skills to think-out-of-the-box in novelty requiring situations at one end, to a full appreciation of the relevant principles and their interconnections, at the other end. All the needed mathematical steps will be completely worked out to minimize the enormous time the students normally spend to understand the mathematical steps.

@VTU COE

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What you will learn

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This course aims to fill the need for a comprehensive introduction to the analysis of biological systems in the continuum regime, in the context of transport (forces and fluxes). It aims to provide the student with the required skills to think-out-of-the-box in novelty requiring situations at one end, to a full appreciation of the relevant principles and their interconnections, at the other end. All the needed mathematical steps will be completely worked out to minimize the enormous time the students normally spend to understand the mathematical steps.

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Equation of Continuity
Preview 28:59
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Mass Flux
Preview 26:17
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Mass and Molar Fluxes
Preview 21:08
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Shell Balance Approach
Preview 15:22
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Continuity Equation Approach
Preview 29:57
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Steady-state Diffusion
Preview 21:50

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Steady-state Diffusion across Tubular Walls
Preview 30:53
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Steady-state Radial Diffusion
Preview 12:03
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Steady-state Diffusion with Reaction
Preview 33:11
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Unsteady-state Diffusion
Preview 25:34
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Unsteady-state Diffusion - continued
Preview 17:24
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Pseudo Steady State Approximation - continued
Preview 16:30
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Pseudo Steady State Approximation - continued
Preview 24:18
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Review of Mass Flux
Preview 25:14

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Momentum Flux - Introduction
Preview 16:04
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Rheology
Preview 15:03
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Fluid Flow types
Preview 08:23
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Shell Momentum Balances
Preview 32:11
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Shell Momentum Balances - continued
Preview 12:15
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Equation of Motion
Preview 29:43
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Equation of Motion - continued
Preview 33:19
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Application of Equation of Motion to Flow Over an Inclined Plane
Preview 10:27

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Laminar Flow through a Pipe
Preview 17:43
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Laminar Flow through a Pipe - continued
Preview 24:59
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Capillary Flow
Preview 15:09
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Couette Flow
Preview 31:35
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Non-dimensional Analysis
Preview 23:05
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Unsteady State Flow
Preview 19:32
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Unsteady State Flow - continued
Preview 19:45

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Pulsatile Flow
Preview 19:25
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Turbulent Flow
Preview 34:59
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Macroscopic Aspects: The Engineering Bernoulli Equation
Preview 11:42
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Friction Factor for Flow through a Straight Horizontal Pipe
Preview 21:39
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Application of the Engineering Bernoulli Equation to a Piping Network
Preview 21:50
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Stenosis in an Artery
Preview 14:27
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Friction Factor for Relative Motion between a Solid and a Liquid
Preview 08:17
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Friction Factor for Packed Beds
Preview 28:03

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Review of Momentum Flux
Preview 32:15
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Review of Momentum Flux - continued
Preview 24:20
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Thermal Energy Flux
Preview 13:26
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Equation of Energy
Preview 24:05
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Temperature Profile in a Tissue
Preview 17:53
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Unsteady-state Heat Conduction
Preview 20:08
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Review of Heat Flux
Preview 18:42

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Charge Flux
Preview 21:45
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Charge Flux - Some Fundamentals
Preview 15:26
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Charge Flux - Some More Fundamentals
Preview 35:16
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Getting Useful Relationships through Maxwell's Equations
Preview 17:38
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Charges/Ions in Solution
Preview 15:36
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Charge Flux: Review
Preview 21:35

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Fluxes Under Simultaneous, Multiple Driving Forces
Preview 12:26
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Simultaneous Concentration Gradient and Electrical Potential Gradient
Preview 29:00
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Mobility of Ions Across a Membrane
Preview 24:29
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Electrical Circuit Representation of a Membrane
Preview 18:42
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Action Potential and Axial Current
Preview 15:51
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Electrophoresis
Preview 14:59

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Simultaneous Concentration Gradient and Velocity Gradient
Preview 31:28
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Simultaneous Concentration Gradient and Velocity Gradient - Bioreactor Kla
Preview 12:03
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Gas-Liquid Interphase Transport
Preview 14:44
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Gas-Liquid Interphase Transport - Continued
Preview 17:17
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Bioreactor Kla Estimation
Preview 23:04
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Liquid Phase Oxygen-Supply Strategy
Preview 23:49
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LPOS and Its Mechanism
Preview 21:05

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LPOS for Mold Cultivations
Preview 14:20
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LPOS Optimization and Costs
Preview 15:14
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Couette Flow Cultivations
Preview 21:13
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Pseudo-Steady State Approximation Applied to Bio-oil Production
Preview 19:28
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Pseudo-Steady State Approximation Applied to Cancer Treatment
Preview 11:58
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Kinetics of a Process with an Enzyme Immobilized on a Non-porous Slab
Preview 27:17
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Simultaneous Temperature Gradient and Velocity Gradient
Preview 26:57

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Design of Heat Exchangers
Preview 24:23
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Design of Heat Exchangers - Continued
Preview 35:44
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Course Review - Part 1
Preview 27:02
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Course Review - Part 2
Preview 36:52
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Course Review - Part 3
Preview 13:51
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Course Review - Part 4
Preview 24:27
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Meet Your Instructor
@VTU COE
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Instructor
3.2 Rating
5446 Students
800 Courses
About Instructor

VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.

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Free

  • Course Duration
    29 h 7 m 16 s
  • Course Level
    Intermediate
  • Student Enrolled
    0
  • Language
    English
This Course Includes
  • 29 h 7 m 16 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion