Angad Panesar

Engineering & Materials Science

1. Rankine cycle 100%
2. Waste heat utilization 60%
3. Working fluids 47%
4. Engines 45%
5. Diesel engines 42%
6. Exhaust gas recirculation 38%
7. Hot Temperature 32%
8. Fluids 27%
9. High temperature applications 17%
10. Cryogenic energy storage 17%
11. Temperature 16%
12. Cooling 15%
13. Ethanol 15%
14. Molten materials 14%
15. Salts 13%
16. Waste heat 12%
17. Heat transfer 11%
18. Global warming 11%
19. Pistons 11%
20. Conversion efficiency 11%
21. Thermodynamic stability 10%
22. Water 10%
23. Crankshafts 9%
24. Fuel consumption 9%
25. Internal combustion engines 9%
26. Enthalpy 8%
27. Exhaust gases 8%
28. Renewable energy resources 7%
29. Melting point 7%
30. Acetone 7%
31. Conceptual design 7%
32. Propanol 6%
33. Vapors 6%
34. Energy storage 6%
35. Demonstrations 6%
36. Costs 6%
37. Cost benefit analysis 5%
38. Thermal energy 5%
39. Air 5%
40. Trucks 5%
41. Toluene 5%
42. Brakes 5%
43. Specific heat 5%
44. Turbines 5%