Johan Claesson

Engineering

1. Thermal Resistance 100%
2. Borehole Heat Exchanger 100%
3. Pipe 62%
4. Models 51%
5. Heat Exchanger Pile 40%
6. Temperature 37%
7. Performance 36%
8. Heat Transfer 35%
9. Energy Engineering 26%
10. Heat Source 24%
11. Error 20%
12. Accuracy 20%
13. Low-Temperature 20%
14. Source Model 20%
15. Nonisothermal Condition 20%
16. Isothermal 20%
17. Moisture Content Measurement 20%
18. Hydraulics 20%
19. Diffusion Coefficient 20%
20. Accident Prevention 20%
21. Heat Storage 20%
22. Analytical Study 20%
23. District Heating 20%
24. Flow Coefficient 20%
25. Heat Pump 16%
26. Approximation Order 16%
27. Heat Exchange 15%
28. Internals 14%
29. Transients 13%
30. Relative Humidity 13%
31. Design Parameter 11%
32. Pipe Configuration 10%
33. Diffusive 10%
34. External Ground 10%
35. Thermal Behavior 10%
36. Performance Characteristic 10%
37. Foundations 10%
38. Temperature Change 10%
39. Circumferential 10%
40. Moisture Transport 10%
41. Duct 10%
42. Step Change 10%
43. Cooling Cycle 10%
44. High Aspect Ratio 10%
45. Temperature Gradient 10%
46. Thermal Fluid 10%
47. Injection Rate 10%
48. Convective 10%
49. Compute 10%
50. Heating Cycle 10%