Learn · Matlab-Based Programming Lab in Chemical Engineering
Lecture 52 of 60Week 11
Lecture 52 : LAB 09 - Process economics and optimization Theory and solution strategy
Prof. Parag A. Deshpande · IIT Kharagpur
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- Matlab-Based Programming Lab in Chemical Engineering, IIT Kharagpur (at NPTEL)
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All the lectures
- Lecture 01 : Motivation for the Lab Course
- Lecture 02 : Analysis of the Need of Computers in Process Industries
- Lecture 03 : Analysis of Need the of Computers in Process Industries (Contd.)
- Lecture 04 : Discussion on Computational Tools available to Chemical Engineers
- Lecture 05 : Analysis and Comparison of different Programming Languages
- Lecture 06 : MATLAB Primer - Basic Features
- Lecture 07 : MALTAB Primer - Writing Codes
- Lecture 08 : MATLAB Primer - Coding (Contd.)
- Lecture 09 : MATLAB Primer - Coding (Contd.)
- Lecture 10 : MATLAB Primer - Plotting and Presentation of Results
- Lecture 11 : LAB 01 - Analysis of Frictional Losses in Pipe Flows Problem Definition and Analysis
- Lecture 12 : LAB 01 - Analysis of Frictional Losses in Pipe Flows Theory and Solution Strategy
- Lecture 13 : LAB 01 - Analysis of Frictional Losses in Pipe Flows Solution of the Problem under Various Conditions
- Lecture 14 : LAB 01 - Analysis of Frictional Losses in Pipe Flows Solution of the Problem under Various Conditions (Contd.)
- Lecture 15 : LAB 01 - Analysis of Frictional Losses in Pipe Flows Presentation and Interpretation of Results
- Lecture 16 : LAB 02 - Steady-state Operation of a Diabatic CSTR Problem Definition and Analysis
- Lecture 17 : LAB 02 - Steady-state Operation of a Diabatic CSTR Theory and Solution Strategy
- Lecture 18 : LAB 02 - Steady-state Operation of a Diabatic CSTR Solution of the Problem under Various Conditions
- Lecture 19 : LAB 02 - Steady-state Operation of a Diabatic CSTR Solution of the Problem under Various Conditions (Contd.)
- Lecture 20 : LAB 02 - Steady-state Operation of a Diabatic CSTR Analysis and Presentation of Results
- Lecture 21 : LAB 03 - Analysis of multicomponent distillation Problem definition and analysis
- Lecture 22 : LAB 03 - Analysis of Multicomponent Distillation Theory and Solution Strategy
- Lecture 23 : LAB 03 - Analysis of Multicomponent Distillation Solution of the Problem under Various Conditions
- Lecture 24 : LAB 03 - Analysis of Multicomponent Distillation Solution of the Problem under Various Conditions (Contd.)
- Lecture 25 : LAB 03 - Analysis of Multicomponent Distillation Presentation and Analysis of Results
- Lecture 26 : LAB 04 - Analysis of Cooling of a Solid Body in a Reservoir Problem Definition and Analysis
- Lecture 27 : LAB 04 - Analysis of Cooling of a Solid Body in a Reservoir Theory and Solution Strategy
- Lecture 28 : LAB 04 - Analysis of Cooling of a Solid Body in a Reservoir Solution of the Problem under Various Conditions
- Lecture 29 : LAB 04 - Analysis of Cooling of a Solid Body in a Reservoir Solution of the Problem under Various Conditions (Contd.)
- Lecture 30 : LAB 04 - Analysis of cooling of a solid body in a reservoir Presentation and interpretation of results
- Lecture 31 : LAB 05 - Analysis of unsteady-state operation of cascade CSTR's Problem Definition and Analysis
- Lecture 32 : LAB 05 - Analysis of unsteady-state operation of cascade CSTR's Theory and Solution Strategy
- Lecture 33 : LAB 05 - Analysis of unsteady-state operation of cascade CSTR's Solution of the Problem under Various Conditions
- Lecture 34 : LAB 05 - Analysis of unsteady-state operation of cascade CSTR's Solution of the problem under various conditions (Contd.)
- Lecture 35 : LAB 05 - Analysis of unsteady-state operation of cascade CSTR's Presentation and Interpretation of Results
- Lecture 36 : LAB 06 - Analysis of Steady-state Heat Conduction in a 1-D rod Problem definition and analysis
- Lecture 37 : LAB 06 - Analysis of Steady-state Heat Conduction in a 1-D rod Theory and Solution Strategy
- Lecture 38 : LAB 06 - Analysis of steady-state Heat Conduction in a 1-D rod Solution of the Problem under Various Conditions
- Lecture 39 : LAB 06 - Analysis of steady-state Heat Conduction in a 1-D rod Solution of the Problem under Various Conditions (Contd.)
- Lecture 40 : LAB 06 - Analysis of steady-state Heat Conduction in a 1-D rod Presentation and Interpretation of Results
- Lecture 41 : LAB 07 - Reaction-diffusion in a spherical catalyst pallet Problem definition and analysis
- Lecture 42 : LAB 07 - Reaction-diffusion in a spherical catalyst pallet Theory and solution strategy
- Lecture 43 : LAB 07 - Reaction-diffusion in a spherical catalyst pallet Solution of the problem under various conditions
- Lecture 44 : LAB 07 - Reaction-diffusion in a spherical catalyst pallet Solution of the problem under various conditions (Contd.)
- Lecture 45 : LAB 07 - Reaction-diffusion in a spherical catalyst pallet Analysis and interpretation of results
- Lecture 46 : LAB 08 - Heat conduction in higher dimensions Problem definition and analysis
- Lecture 47 : LAB 08 - Heat conduction in higher dimensions Background theory and solution strategy
- Lecture 48 : LAB 08 - Heat conduction in higher dimensions Problem solution
- Lecture 49 : LAB 08 - Heat conduction in higher dimensions Problem solution (Contd.)
- Lecture 50 : LAB 08 - Heat conduction in higher dimensions Problem solution and analysis
- Lecture 51 : LAB 09 - Process economics and optimization Problem definition and analysis
- Lecture 52 : LAB 09 - Process economics and optimization Theory and solution strategy
- Lecture 53 : LAB 09 - Process economics and optimization Solution of the problem
- Lecture 54 : LAB 09 - Process economics and optimization Solution of the problem (Contd.)
- Lecture 55 : LAB 09 - Process economics and optimization Solution of the problem and analysis of results
- Lecture 56 : LAB 10 - Regression and curve - fitting of data Problem definition and analysis
- Lecture 57 : LAB 10 - Regression and curve - fitting of data Background theory and solution strategy
- Lecture 58 : LAB 10 - Regression and curve - fitting of data Problem solution
- Lecture 59 : LAB 10 - Regression and curve - fitting of data Problem solution (Contd.)
- Lecture 60 : Review of the course