Amro Elsayed Owes, Ph.D.

Engineering

1. Absorber Plate 22%
2. Air Conditioning System 8%
3. Airstream 33%
4. Angle-of-Attack 16%
5. Chlorofluorocarbon 16%
6. Circular Tube 33%
7. Coefficient of Performance 44%
8. Compression Refrigeration Cycle 11%
9. Condenser 66%
10. Convection Heat Transfer Coefficient 44%
11. Cylinder Wall 33%
12. Design Consideration 11%
13. Discretization 11%
14. Enthalpy Method 22%
15. Evaporator 66%
16. Expansion Valve 22%
17. Fan Speed 22%
18. Flow Structure 33%
19. Fluid Temperature 33%
20. Geometric Shape 22%
21. Global Warming Potential 33%
22. Heat Storage 27%
23. Heat Transfer Area 22%
24. Heat Transfer Fluid 33%
25. Heat transfer performance 33%
26. Inlet Air Temperature 11%
27. Jet 66%
28. Low Thermal Conductivity 11%
29. Melting Behavior 44%
30. Melting Point 100%
31. Melting Process 77%
32. Natural Convection 33%
33. Numerical Study 33%
34. Order Upwind Scheme 11%
35. Phase Change Material 100%
36. Pivotal Role 11%
37. Power Coefficient 11%
38. Reynolds' Number 25%
39. Smoke 8%
40. Storage Capacity 8%
41. Storage Unit 11%
42. Stored Energy 22%
43. Temperature Gradient 11%
44. Thermal Behavior 8%
45. Thermal Energy Storage 8%
46. Thermal Energy Storage System 11%
47. Thermal Gradient 11%
48. Thermal Performance 36%
49. Two Dimensional 11%
50. Vapor Compression 11%