Engineering

1. Finite Element Analysis 100%
2. Porosity 81%
3. Hydrogel 78%
4. Finite Element Modeling 63%
5. Fluid Flow 59%
6. Biological Tissue 45%
7. Finite Deformation 43%
8. Crack Propagation 35%
9. Anions and Cation 33%
10. Electrical Potential 27%
11. Large Deformation 26%
12. Phase Composition 26%
13. One Dimensional 24%
14. Salt Concentration 21%
15. Chemical Potential 21%
16. Energy Engineering 19%
17. Mechanical Property 18%
18. Numerical Model 18%
19. Fiber Orientation 17%
20. Pressure Difference 16%
21. Finite Element Simulation 16%
22. Hydraulic Fracturing 16%
23. Pressure Gradient 16%
24. Mixture Component 16%
25. Crack Tip 15%
26. Diffusion Equation 15%
27. Fluid Pressure 15%
28. Laws of Thermodynamics 14%
29. Transients 14%
30. Mechanical Loading 13%
31. Two Dimensional 13%
32. Diffusivity 13%
33. Deformation Theory 13%
34. Computer Simulation 12%
35. Diffusion Coefficient 12%
36. Solid Matrix 12%
37. Swelling Behavior 12%
38. Fiber Direction 12%
39. Degree of Freedom 12%
40. Tensiles 11%
41. Fibre Stress 11%
42. Constitutive Model 11%
43. Tissue Regeneration 11%
44. Fracture Propagation 11%
45. Barrier Function 11%
46. Muscle Fiber 11%
47. Eigenvalue 11%
48. Loading Condition 10%
49. Numerical Modeling 9%
50. Creep 9%