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
Dr. Alireza Chackoshian khorasani
Assistant Professor
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Dr. Alireza Chackoshian khorasani
Assistant Professor
Faculty of Engineering
Chemical Engineering
FA contact me
Topic Description
# Topic Description Syllabus
1 Familiarity with students, books, teaching methods, evaluation and regulations
2 Heat transfer based on conduction, convection and radiation
3 Heat transfer based on conduction, convection and radiation
4 Governing equations and boundary conditions of heat transfer
5 Governing equations and boundary conditions of heat transfer
6 Governing equations and boundary conditions of heat transfer
7 Governing equations and boundary conditions of heat transfer
8 Conduction heat transfer: Steady state
9 Conduction heat transfer: Steady state
10 Conduction heat transfer: Steady state
11 Conduction heat transfer: Steady state
12 Convection heat transfer
13 Convection heat transfer
14 Governing equations and boundary conditions of mass transfer
15 Governing equations and boundary conditions of mass transfer
16 Diffusion mass transfer: Steady state
17 Diffusion mass transfer: Steady state
18 Convection mass transfer
19 Convection mass transfer
20 Basic concepts of mass transfer for bioreactor
21 Basic concepts of mass transfer for bioreactor
22 Basic concepts of mass transfer for bioreactor
23 Basic concepts of mass transfer for bioreactor
24 Convection heat transfer
25 Convection heat transfer
26 Governing equations and boundary conditions of mass transfer
27 Governing equations and boundary conditions of mass transfer
28 Convection mass transfer
29 Convection mass transfer
30 Basic concepts of mass transfer for bioreactor
31 Basic concepts of mass transfer for bioreactor