Thomas Condra

Engineering

1. Models 100%
2. Heat Transfer 40%
3. Computational Fluid Dynamics 39%
4. Design 38%
5. Fin Heat Exchanger 37%
6. Boiler 33%
7. Pressure Loss 22%
8. Waste Heat Recovery System 21%
9. Numerical Modeling 19%
10. Heat Exchanger 19%
11. Optimization 15%
12. Reduction 13%
13. Flow Field 12%
14. Equation System 9%
15. Heat Exchanger Design 9%
16. Energy Systems 9%
17. Evaporator Circuit 9%
18. Porosity 9%
19. Exhaust Gas Recirculation 9%
20. Heating Surface 9%
21. Steam Generator 9%
22. Vortex Generator 9%
23. Development 8%
24. Algebraic Equation 8%
25. Biomass Pellet 8%
26. Characteristics 8%
27. Packed Bed 8%
28. Evaporator 8%
29. Reynolds' Number 7%
30. Conjugate Convective Heat Transfer 7%
31. One Dimensional 7%
32. Energy Conservation 6%
33. Stages 6%
34. Temperature Distribution 6%
35. Turbulent Flow 6%
36. Fluid 6%
37. Transients 6%
38. Networks (Circuits) 6%
39. Discrete Element 6%
40. Cold Climate 6%
41. Supports 6%
42. Dataset 5%
43. Temperature Profile 5%
44. Parametric Study 5%
45. Gasification 5%
46. Element Method 5%
47. Fields 5%