Parthasarathi Mandal, BE, MTech, PhD

Engineering

1. Finite Element Method 100%
2. Axial Compression 78%
3. Cylindrical Shell 78%
4. Joints (Structural Components) 77%
5. Transmissions 60%
6. Experimental Investigation 60%
7. Thermal Strain 54%
8. Lateral-Torsional Buckling 54%
9. Buckling Load 54%
10. Numerical Model 46%
11. Natural Frequency 45%
12. Buckling 45%
13. Experimental Result 44%
14. Finite Element Modeling 41%
15. Induced Load 41%
16. Transients 40%
17. Concrete Pavements 40%
18. Plain Concrete 40%
19. Constitutive Model 36%
20. Friction Stir Welding 36%
21. Rotors 36%
22. Pressure Distribution 36%
23. Combined Effect 36%
24. Structure Interaction 36%
25. Artificial Neural Network 36%
26. Good Agreement 28%
27. Damping Ratio ζ 27%
28. Subassemblies 27%
29. Buckling Behavior 27%
30. Drill Bit 24%
31. Natural Period 24%
32. Design Method 24%
33. Inflatables 22%
34. Simulators 22%
35. Seismic Design 22%
36. Mesoscale 21%
37. Steel Beam 21%
38. Interface Pressure 21%
39. Test Rig 21%
40. Numerical Modeling 20%
41. Fibre Reinforced Polymer 19%
42. Laminated Glass 18%
43. Vortex 18%
44. Marginals 18%
45. Lattice-Boltzmann Method 18%
46. Dynamic Property 18%
47. Fitting Curve 18%
48. Influence Coefficient Method 18%
49. Glass Fibre-Reinforced Plastic 18%
50. Aluminum Pipe 18%