Learn · Analysis and Modeling in Chemical Engineering
Lecture 1 of 60Week 1
Introduction to Chemical Engineering
Prof. Prateek Kumar Jha · IIT Roorkee
Credits and licence
- From
- Analysis and Modeling in Chemical Engineering, IIT Roorkee (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Introduction to Chemical Engineering
- Introduction to Modeling
- Systems and Subsystems, Types of Modeling, Spring-Dashpot Example
- Spring-Dashpot Example Continued
- Time to Travel Example
- Equations of Motion, Transport Equations
- Material and Energy Balance
- Thermodynamics
- Thermodynamics Continued
- Laws of Chemical Kinetics, Chemical Equilibrium
- Mixing and Phase Separation, Phase Equilibrium
- Phase Equilibrium Continued, Degrees of Freedom, Gibbs Phase Rule
- Process Representation and Flowsheeting
- Material Balance on a Flowsheet
- Process Simulations
- Modeling of Chemical Reactors-Mole Balances and Design Equations
- Modeling of Chemical Reactors-Design Equations in Terms of Conversion
- Modeling of Chemical Reactors-Example Problems
- Modeling of Chemical Reactors-Examples, Energy Balance
- Modeling of Chemical Reactors-Energy Balance Continued, Case Study
- Single-Effect Evaporator
- Multiple-Effect Evaporators-Material and Energy Balance
- Multiple-Effect Evaporators-Material and Energy Balance Continued
- Problems on Evaporators
- Multiple-Effect Evaporators-Badger-McCabe Method
- Derivation of Heat Equation
- Solution of 1D Heat Equation for a Slab
- More on the Solution of 1D Heat Equation for a Slab
- Examples on Heat Equation
- Case Study: Making Biscuit in an Oven
- Numerical Methods of Solving Equations - I
- Numerical Methods of Solving Equations - II
- Numerical Methods of Solving Equations - III
- Numerical Methods of Solving Equations - IV
- Numerical Methods of Solving Equations - V
- Introduction to Graph Theory
- Graph Theory: Cyclical Nets
- Graph Theory: Incidence Matrix and Augmented Incidence Matrix , Examples
- Using Graph Theory for Decomposition of Large Scale Linear Systems
- Using Graph Theory for Decomposition of Large Scale Linear Systems Continued
- Example on Graph Theory
- Decomposition of Large Scale System Composed of Nonlinear Elements
- Revisiting Badger-McCabe Method using Graph Theory. Tearing
- Application of Graph Theory in Analyzing Reaction Mechanisms
- Bipartite Graph for Complex Reactions. Other Applications of Graph Theory
- Basics of Separations
- K-values, Cascades, Solid-Liquid Cascade
- Examples on Separations
- Liquid-Liquid Extraction Cascades. Absorption and Stripping Cascade.
- Examples. Degree of Freedom of Cascades.
- Introduction to MESH Equation
- MESH Equation in Tridiagonal Matrix Form. Equation Tearing-BP Method
- Equation Tearing-SR Method. NR Method. Inside-Out Method.
- Non-Equilibrium Effects and Rate-Based Methods for Vapor-Liquid Separations
- Rate-Based Methods for Vapor-Liquid Separations Continued
- Recent Trends in Chemical Process Modeling
- Nanoscale Simulations in Chemical Engineering: Basics
- Nanoscale Simulations in Chemical Engineering: Methods
- Nanoscale Simulations in Chemical Engineering: DFT, Case Studies.
- Artificial Intelligence/Machine Learning in Chemical Engineering