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Computational Fluid Dynamics in Post-harvest Engineering

This course is a Graduate Course which is intended for students in biosystems engineering whose special field of study is post-harvest technology. The course is aimed to teach students the basics of developing numerical methods, development of a calculation method that solves processes related to heat transfer, mass and fluid mechanics numerically, and finally application of the developed method by carrying out the project in post-harvest engineering.

The course contents include:

  • Introduction to computational fluid dynamics, theory basics and its applications
  • An overview of differential equations governing physical phenomena, classification and knowledge of the terms of these equations from a physical and mathematical point of view, classification of equations (elliptic, parabolic and hyperbolic)
  • Introduction of finite difference calculation method, types of solution methods, concepts of convergence, compatibility and stability
  • Analyzing and checking the error of the calculation method
Prerequisites: 

Without prerequisite

Grading Policy: 

(i) Attendance and weekly practical test ------------------20%

(ii) Project------------------------------------------------------25%

(iii) Midterm examination -----------------------------------25%

(iv) End of semester examination --------------------------30%

Time: 

Fall Semesters

Term: 
Fall Semesters
Grade: 
Graduate

ارتقاء امنیت وب با وف ایرانی

Computational Fluid Dynamics in Post-harvest Engineering | Dr. Morteza Sadeghi

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ارتقاء امنیت وب با وف ایرانی