Lecture 01 : Introduction

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Lecture 02 : Introduction (Contd

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Lecture 03 : Constitutive relations

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Lecture 04 : Constitutive relations - mass transfer and thermodynamics

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Lecture 05 : Process diagrams

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Lecture 06 : Special functions

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Lecture 07 : Partial differential equations

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Lecture 08 : Partial differential equations - separation of variables

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Lecture 09 : PDE - separation of variables (Contd.)

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Lecture 10 : PDE - integral transforms

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Lecture 11 : Numerical techniques of solving PDE - discretization

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Lecture 12 : Stability of finite difference schemes

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Lecture 13 : Numerical solution of PDE - method of lines

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Lecture 14 : Numerical solution of implicit formulation - tridiagonal matrix

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Lecture 15 : Numerical solution of PDE - Finite volume method

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Lecture 16 : Perturbation methods

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Lecture 17 : Asymptotics

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Lecture 18 : Matched Asymptotics

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Lecture 19 : Stability of dynamical systems

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Lecture 20 : Stability of dynamical systems (Contd.)

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Lecture 21 : Modelling transport phenomena problems - part 1

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Lecture 22 : Modelling transport phenomena problems - part 2

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Lecture 23 : Modelling transport phenomena problems - part 3

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Lecture 24 : Modelling transport phenomena problems - part 4

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Lecture 25 : Modelling transport phenomena problems - part 5

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Lecture 26 : Modelling reaction systems - packed bed catalytic reactor

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Lecture 27 : Modelling intraparticle transport and catalysis

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Lecture 28 : Modelling pore diffusion and reaction

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Lecture 29 : Modelling enzymatic reactions

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Lecture 30 : Demonstration of COMSOL Multiphysics

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Lecture 31 : Modelling of multistage distillation process

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Lecture 32 : FUG method of stage calculations

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Lecture 33 : MESH equations and DOF analysis

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Lecture 34 : Tearing method

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Lecture 35 : Bubble point method stage calculations

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Lecture 36 : Simultaneous correction method

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Lecture 37 : Block tridiagonal matrix

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Lecture 38 : Simple binary batch distillation

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Lecture 39 : Multistage batch distillation

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Lecture 40 : Heat exchanger network design – pinch analysis

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Lecture 41 : Pinch point temperature

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Lecture 42 : Heat exchanger network synthesis

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Lecture 43 : Solving a distillation column using Aspen plus

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Lecture 44 : Solving two unit operations using Aspen Plus

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Lecture 45 : Solving multiple units using Aspen Plus

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Lecture 46 : Dispersed phase modelling – introduction

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Lecture 47 : Population balance equation

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Lecture 48 : Dispersed phase modelling – breakage process

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Lecture 49 : Drop size distribution in lean mixtures

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Lecture 50 : Mass transfer in lean liquid-liquid dispersion

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Lecture 51 : Dispersed phase modelling – aggregation

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Lecture 52 : Dispersed phase modelling – Aerosol dynamics

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Lecture 53 : Dispersed phase modelling – Aerosol dynamics – (Contd.)

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Lecture 54 : Solution of the population balance equation

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Lecture 55 : Numerical solution of the population balance equation

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Lecture 56 : Kinetic monte carlo simulation

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Lecture 57 : Response surface methodology

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Lecture 58 : Design of experiments

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Lecture 59 : Artificial neural network

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Lecture 60 : Supervised training

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