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Chemical Engineering
Advanced Transport Phenomena (Web)
Syllabus
Co-ordinated by :
IIT Madras
Available from :
2012-06-29
Lec :
1
Modules / Lectures
Module 1
Overview & “Bulb Blackening” Example
Overview & “Hot Corrosion” Example
Module 2
Transport Laws: Assumptions & Control Volumes
Conservation Principles: Mass Conservation
Conservation Principles: Momentum & Energy Conservation
Conservation Principles: Entropy Conservation
Conservation Equations: Alternative Formulations
Conservation Equations: Across Discontinuities, Turbulent Flows & Multiphase Flows
Module 3
Constitutive Laws: Momentum Transfer
Constitutive Laws: Energy & Mass Transfer
Constitutive Laws: Illustrative Problems
Module 4
Momentum Transport: Steady Compressible Fluid Flow
Momentum Transport: Shock Waves
Momentum Transport: Flow over a Solid Wall
Momentum Transport: Steady Laminar Flow
Momentum Transport: Flow in Porous Media & Packed Beds
Momentum Transport: Illustrative Problems
Module 5
Energy Transport: Flow Past Hot Sphere
Energy Transport: Steady-State Heat Conduction
Energy Transport: Transient Heat Diffusion
Energy Transport: Convective Heat Transfer
Energy Transport: Analogy to Momentum Transfer
Energy Transport: Radiation & Illustrative Problems
Module 6
Mass Transport: Ideal Reactors & Transport Mechanisms
Mass Transport: Composite Planar Slab
Mass Transport: Diffusion with Chemical Reaction
Mass Transport: Two-Phase Flow
Mass Transport: Non-Ideal Flow Reactors
Mass Transport: Illustrative Problems
Module 7
Similitude Analysis: Dimensional Analysis
Similitude Analysis: Full & Partial
Similitude Analysis: Flame Flashback, Blowoff & Height
Similitude Analysis: Illustrative Problems
Module 8
Problem Solving Techniques, Aids, Philosophy
Illustrative Example: Flame Propagation
Outline of Numerical Solution Methods
Illustrative Example: Protective Oxide Dissolution on GT Blades
Module 9
Student Exercises: True/ False Questions
Students Exercises: Numerical Questions (Modules 1-5)
Students Exercises: Numerical Questions (Modules 6-8)
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