Media Storage Type : DVD-ROM
NPTEL Course Name : Process Modelling and Simulation
NPTEL Subject Matter Expert : Dr. V. K. Agrawal
NPTEL Co-ordinating Institute : IIT Roorkee
NPTEL Lecture Count : 44
Lecture Titles:
Lecture 1 - Simulation and IFD
Lecture 2 - IFD to numerical form
Lecture 3 - planning and calculation
Lecture 4 - Theroritical models and parameter estimation
Lecture 5 - Parameter estimation in theoritical models
Lecture 6 - Parameter estimation in differential equation models- numerical methods
Lecture 7 - Models And Their Classification
Lecture 9 - Maximum Gradient Description
Lecture 12 - Population Balance Models
Lecture 13 - Experimental Measurement of Age Distribution Function
Lecture 14 - General Population Balance
Lecture 15 - Combined Models
Lecture 16 - Probablistic Models
Lecture 17 - Curve Fitting
Lecture 18 - Basic Models of Flow systems
Lecture 19 - Multiple Gradient Description
Lecture 20 - Macroscopic Description
Lecture 21 - Alternate Classification Of Transport Phenomena Models
Lecture 22 - Basic Models of Mixing Systems
Lecture 23 - Basic Models of Simultaneous Heat and Mass Transfer
Lecture 24 - Mathematical Modelling Of Evaporator
Lecture 25 - Multiple Effect Evaporator System
Lecture 26 - Analysis And Modeling Of Evaporators Using Newton Raphsonï¾’s Method (Without Boiling Point Rise)
Lecture 27 - Modelling Of Multiple Effect Evaporators With Boiling Point Rise
Lecture 28 - Distillation
Lecture 29 - Mathematical modeling of Continuous distillation Column
Lecture 30 - Approximate Methods For Multicomponent Multistage Separations
Lecture 31 - Minimum Stages calculation for multicomponent distillation column
Lecture 32 - Separation of multicomponent mixtures by use of conventional distillation column with multiple stages
Lecture 33 - Application of the ? method of convergence, the Kb method
Lecture 34 - Multicomponent Vapor - Liquid Cascades
Lecture 35 - Absorber and stripper
Lecture 36 - Calculation Procedures For Solving For Absober And Stripping Problem
Lecture 37 - Procedure I: Single? Method Of Convergence
Lecture 38 - The Sujata method
Lecture 39 - Extraction
Lecture 40 - Mathematical Modeling Of Chemical Reactors
Lecture 41 - Fixed bed reactors
Lecture 42 - Two dimensional model with void age and velocity profiles
Lecture 43 - Fluidized Bed Reactors
Lecture 44 - Trickle Bed Reactors