Mirza Popovac

Engineering

1. Computational Fluid Dynamics 100%
2. Eddy Viscosity 72%
3. Heat Pump 72%
4. Boundary Condition 66%
5. Fluid Flow 53%
6. Evaporator 48%
7. Turbulent Flow 48%
8. Velocity Profile 48%
9. Compressed Air Motors 36%
10. Experimental Investigation 32%
11. High Energy Efficiency 32%
12. Electric Vehicle 30%
13. Ventilation System 24%
14. Facades 24%
15. Thermal Characteristic 24%
16. Thermal Comfort 24%
17. Electric Power Plant 24%
18. Building Performance 24%
19. Building Envelope 24%
20. Thermal Performance 24%
21. Design Process 24%
22. Integrated System 24%
23. Turbulent Kinetic Energy 24%
24. Energy Efficiency Measure 24%
25. Architectural Design 24%
26. Flow Pattern 24%
27. Densification 24%
28. Pump Performance 24%
29. Boundary Layer 24%
30. Cooling Device 24%
31. Energy Management 24%
32. Artificial Intelligence 24%
33. Surrogate Model 24%
34. Heating Panel 24%
35. Thermal Model 24%
36. One Dimensional 24%
37. Trucks 24%
38. Wall Turbulence 18%
39. Boundary Layer Theory 12%
40. Channel Flow 12%
41. Grid Point 12%
42. Coarse Mesh 12%
43. Facing Step 12%
44. Plane Case 12%
45. Fully Turbulent Region 12%
46. Viscous Sublayer 12%
47. Ambient Air Temperature 12%
48. Radiative Heat Transfer 12%
49. Temporal Resolution 12%
50. Computation Time 12%