Learn · Transport Phenomena in Bioprocess Engineering
Lecture 3 of 60Week 01: Introduction to Transport Processes
Lecture 03: Fundamentals of Transport Phenomena - Part II
Prof. Selvaraju Narayanasamy · IIT Guwahati
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All the lectures
- Lecture 01: Course Introduction: Transport Phenomena
- Lecture 02: Fundamentals of Transport Phenomena - Part I
- Lecture 03: Fundamentals of Transport Phenomena - Part II
- Lecture 04: Dimensional Analysis and Dimensionless Numbers in Bioprocess Engineering - Part I
- Lecture 05: Dimensional Analysis and Dimensionless Numbers in Bioprocess Engineering - Part II
- Lecture 01: Aspect of Rheology in Bioprocess Engineering - Part I
- Lecture 02: Aspect of Rheology in Bioprocess Engineering - Part II
- Lecture 03: Non-Newtonian Fluids in Bioprocess Engineering
- Lecture 04: Rheology of Fermentation Broth: Behavior and its implications
- Lecture 05: Viscoelastic Fluids and Rheological Measurement Techniques
- Lecture 01: Introduction to Boundary Layer
- Lecture 02: Fluid flow Dynamics in Flat Plate
- Lecture 03: Fluid flow Dynamics in Circular Tube
- Lecture 04: Fluid flow Dynamics in Circular Tube (Contd.,)
- Lecture 05: Bernoulli's Equation
- Lecture 1: Pumps in Bioprocess Engineering
- Lecture 2: NPSH and Cavitation: Concepts and Prevention Strategies
- Lecture 3: Fluid Flow Measurement
- Lecture 4: Fluid Flow Measurement (Contd.,)
- Lecture 5: Pressure Measurement
- Lecture 01: Fundamentals of Flow Through Porous Media
- Lecture 02: Fundamentals of Darcy's Law and Packed-Bed Reactor Hydrodynamics
- Lecture 03: Hydrodynamics of Laminar Flow in Packed Beds and the Kozeny–Carman Equation
- Lecture 04: Turbulent Flow in Packed Beds and the Ergun Equation
- Lecture 05: Particle Shape Effects and Effective Particle Diameter in PBR
- Lecture 01: Case Study: Design of an Enzyme Immobilized Packed-Bed Bioreactor for Continuous Operation
- Lecture 02: Fundamentals of Fluidized Bed Reactors
- Lecture 03: Minimum Fluidization Velocity and Bed Expansion in Fluidized-Bed Reactors
- Lecture 04: Minimum Bubbling Velocity in Fluidized-Bed Reactors
- Lecture 05: Case Study: Designing a Fluidized-Bed Bioreactor for Wastewater Treatment
- Lecture 1: Fundamentals of Heat Transfer and Steady-State Conduction in Bioprocess Engineering
- Lecture 2: Convection and Radiation Heat Transfer
- Lecture 3: Heat Transfer Between Two Fluids
- Lecture 4: Principle of Heat Transfer: Condensation and Evaporation
- Lecture 5: Heat Transfer in Different Geometries
- Lecture 01: Heat Exchangers in Bioprocess Engineering: Principles, Configurations, LMTD
- Lecture 02: Heat Exchanger Analysis : ε–NTU Method & Concept of Fouling
- Lecture 03: Introduction to Unsteady-State Heat Transfer & its application
- Lecture 04: Applications of Heat Transfer : Freezing and Agitated-Vessel Heat Transfer
- Lecture 05: Heat Transfer and Thermal Sterilisation in Bioprocess Engineering: Coils, Batch and Continuous Sterilisation Systems
- Lecture 01: Fundamentals of Mass Transfer and Molecular Diffusion in Bioprocess Engineering
- Lecture 02: Interphase Mass Transfer and Convective Transport in Bioprocess Engineering
- Lecture 03: Convective and Liquid–Solid Mass Transfer in Bioprocess Engineering
- Lecture 04: Liquid–Liquid Mass Transfer in Bioprocess Engineering
- Lecture 05: Gas–Liquid Mass Transfer and Oxygen Transfer in Shake Flask System
- Lecture 01: Mass Transfer Coefficients: Fundamentals, Significance and Experimental Determination
- Lecture 02: Measurement of Mass Transfer Coefficients (Contd.) and Scale-Up Considerations
- Lecture 03: Case Study: Gas-liquid and liquid-liquid mass transfer in a stirred-tank bioreactor
- Lecture 04: Case study: Gas-liquid and liquid-liquid mass transfer in stirred-tank bioreactor contd.,
- Lecture 05: Analysis of diffusion through porous solids, crystalline solids and polymers
- Lecture 01: Fundamentals and Operations of Adsorption in Bioprocess Engineering
- Lecture 02: Adsorption Isotherms and Fixed-Bed Adsorption: Equilibrium, Mass Transfer and Column Design
- Lecture 03: Introduction to Distillation and Vapor–Liquid Equilibrium
- Lecture 04: Binary Distillation with Reflux — McCabe–Thiele Method and Tray Efficiency
- Lecture 05: Distillation of Multicomponent Mixtures: Equilibrium, Shortcut Design and Column Analysis
- Lecture 01: Fundamentals of Drying in Bioprocess Technology
- Lecture 02: Drying Kinetics, Transport Mechanism, and Freeze-Drying Fundamentals
- Lecture 03: Case Study: Application of Heat and Mass Transfer in Freeze-Drying
- Lecture 04: Case Study: Application of Heat and Mass Transfer in Freeze-Drying contd.,
- Lecture 05: Downstream Processing in Bioprocess Engineering