THERMCYC - Advanced thermodynamic cycles utilising low-temperature heat sources

Engineering

1. Fin Heat Exchanger 100%
2. Heat Transfer 74%
3. Heat Exchanger 46%
4. Pressure Loss 40%
5. Computational Fluid Dynamics 37%
6. Models 35%
7. Waste Heat Recovery System 33%
8. Numerical Modeling 32%
9. Heat Exchanger Design 31%
10. Conjugate Convective Heat Transfer 29%
11. Flow Field 28%
12. Characteristics 24%
13. Reduction 19%
14. Reynolds' Number 17%
15. Fluid 17%
16. Design 15%
17. Turbulent Flow 15%
18. Contact Area 14%
19. Vortex Generator 14%
20. Organic Rankine Cycle 14%
21. Discrete Element 14%
22. Periodic Flow 14%
23. Resistance Factor 14%
24. Dimensionless 11%
25. Step Size α 11%
26. Element Method 11%
27. Temperature Profile 10%
28. Liquid Gas 10%
29. Velocity Profile 10%
30. Aspect Ratio 9%
31. Optimization 8%
32. Flow Condition 8%
33. Performance Parameter 8%
34. Angle-of-Attack 8%
35. Hot Source 7%
36. Commercial Software 7%
37. Flow Phenomenon 6%
38. Obtains 5%
39. External Force 5%
40. Rolling Resistance 5%
41. Tangential Velocity Component 5%