Xin He

Engineering

1. Fluid-Structure Interaction 100%
2. Aerodynamic Design 100%
3. Design Engineering 100%
4. Heat Transfer Coefficient 97%
5. Reynolds' Number 94%
6. Finite Element Simulation 87%
7. Finite Element Analysis 86%
8. Direct Injection Engine 70%
9. Spark Ignition 70%
10. High Wind 66%
11. Flat Surface 66%
12. Wind Loading 66%
13. Structural Response 66%
14. Delamination 66%
15. Cavity Receiver 66%
16. Solar Collector 66%
17. Reproducing Kernel 66%
18. Energy Storage 66%
19. Vapor Deposition 66%
20. Chemical Vapor Deposition 66%
21. Embodied Carbon 66%
22. Polysilicon 66%
23. Embodied Energy 66%
24. Process Zone 66%
25. Fracture Energy 61%
26. Temperature Change 61%
27. Siemens Process 55%
28. Iso 53%
29. Service Life 52%
30. Cohesive Zone Model 52%
31. Fracture Analysis 50%
32. Fracture Initiation 50%
33. Vortex Shedding 50%
34. Simulated Result 50%
35. Control Change 50%
36. Particle Number 49%
37. Concentrated Solar Power 46%
38. Creep 44%
39. Cellulosics 44%
40. Biofuel 41%
41. Polymer Substrate 35%
42. Aftertreatment System 33%
43. Active Regeneration 33%
44. Biodiesel 33%
45. Lubricant Dilution 33%
46. Dilution 33%
47. Opening Mode 33%
48. Mixed Mode 33%
49. Residual Stress 33%
50. Photovoltaic Panel 33%