أنتقال الحرارة المتقدمة لطلاب الدراسات العليا

Part A: Introduction to Heat Transfer 

1. Natural laws

2. Concepts

3. Fourier conduction law

4. Newoton's law of cooling

5. Stefan-Boltzman law of radiation

6. Energy Balance

7. Boundary Conditions

8. Initial Conditions

 

Part B: Conduction Heat Transfer 

1. Steady State Heat Conduction 
2. One-Dimensional Heat Conduction 
3. Extended Surfaces (Fins)
4. Two-Dimensional Heat Conduction
5. Finite Difference Method 
6. Transient Heat Conduction
7. Lumped Capacitance Method (LCM)
8. One-Dimensional Transient Heat Conduction 
9. Two-Dimensional Transient Heat Conduction 
10. Duhamell’s Superposition Integral Method (Time dependent on Boundary Conditions)
11. Semi-infinite Regions (Similarity Transformation)
12. Steady State and Transient Heat Conduction with phas-change (Moving Boundary Conditions)  
13. Approximation Solution (The Intergral Method) Heat Conduction

 

Part C: Convection Heat Transfer 

1. Introduction to Convection  
2. Basic Concepts  
3. Velocity Boundary Layer
4. Thermal Boundary Layer 
5. Flow Regime 
6. General Solution Method (Differential and Integral Equations)
7. Continuty Equation 
8. Momentum Equation 
9. Energy Equation 
10. Boundary Conditions 
11. External Forced Convection 
12. Laminar Flow 
13. Mixed Flow 
14. Turbulent Flow
15. Special Cases 
16. Internal Forced Convection 
17. Laminar Flow 
18. Mixed Flow 
19. Turbulent Flow
20. Special Cases 
21. Free Convection
22. Convection in Microchannels