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Course Co-ordinated by
IIT Roorkee
NPTEL
>> Chemical Engineering >> Process Modelling and Simulation (Web) Under Review >>
Simulation & IFD
Modules / Lectures
Introduction
Simulation & IFD
IFD to numerical form
planning and calculation
Theroritical models and parameter estimation
Parameter estimation in theoritical models
Parameter estimation in differential equation models- numerical methods
Models
MODELS AND THEIR CLASSIFICATION
MULTIPLE GRADIENT DESCRIPTION
Maximum Gradient Description
MACROSCOPIC DESCRIPTION
ALTERNATE CLASSIFICATION OF TRANSPORT PHENOMENA MODELS
Population Balance Models
Experimental Measurement of Age Distribution Function
General Population Balance
Combined Models
PROBABLISTIC MODELS
Curve Fitting
Basic Model
Basic Models of Flow systems
Basic Models of Mixing Systems
Basic Models of Simultaneous Heat and Mass Transfer
MODELING OF EVAPORATORS
MATHEMATICAL MODELLING OF EVAPORATOR
MULTIPLE EFFECT EVAPORATOR SYSTEM
ANALYSIS AND MODELING OF EVAPORATORS USING NEWTON RAPHSON’S METHOD (Without Boiling Point Rise)
MODELLING OF MULTIPLE EFFECT EVAPORATORS WITH BOILING POINT RISE
Mathematical modelling of seperation processes
DISTILLATION
Mathematical modeling of Continuous distillation Column
Approximate Methods For Multicomponent Multistage Separations
Minimum Stages calculation for multicomponent distillation column
Separation of multicomponent mixtures by use of conventional distillation column with multiple stages
Application of the ? method of convergence, the Kb method, and the constant-composition method for multicomponent distillation column
Multicomponent Vapor - Liquid Cascades
Absorber and stripper
CALCULATION PROCEDURES FOR SOLVING FOR ABSOBER AND STRIPPING PROBLEM
PROCEDURE I: SINGLE? METHOD OF CONVERGENCE
The Sujata method
Extraction
Mathematical Model of Reactors
MATHEMATICAL MODELING OF CHEMICAL REACTORS
Fixed bed reactors
Two dimensional model with void age and velocity profiles
Fluidized Bed Reactors
Trickle Bed Reactors
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