Mathematical studies of a phase field approach to shape optimization

Mathematics

1. Phase Field 100%
2. Tumor 34%
3. Inverse Problem 27%
4. Nutrients 26%
5. Cahn-Hilliard Equation 26%
6. Well-posedness 26%
7. Logarithmic Potential 22%
8. Exponential Attractors 21%
9. Maxwell System 20%
10. Quasilinear System 20%
11. Regularization 18%
12. Identification Problem 18%
13. Optimal Control 17%
14. Global Attractor 16%
15. Source Terms 16%
16. Regularity 16%
17. Model 16%
18. Shape Optimization 15%
19. Optimality Conditions 14%
20. First-order Optimality Conditions 13%
21. Strong Solution 13%
22. Image Inpainting 13%
23. Constrained Minimization 11%
24. Optimal Shape 11%
25. Drugs 11%
26. Reaction-diffusion Equations 10%
27. Optimality System 10%
28. Demonstrate 9%
29. Effect Sparsity 9%
30. Mechanical Stress 9%
31. Dependent 9%
32. Regularization Parameter 8%
33. Total Variation 8%
34. Minimization Problem 8%
35. Long-time Behavior 8%
36. Fractal Dimension 8%
37. Assertion 8%
38. Interval 7%
39. Costs 7%
40. Generalized Equation 7%
41. Diffuse Interface 7%
42. Drag 7%
43. Optimization Problem 7%
44. Data Consistency 7%
45. Cahn-Hilliard 6%
46. Singular Potential 6%
47. Weak Solution 6%
48. Calculus 6%
49. Directional Differentiability 6%
50. Nonlocal Equations 6%
51. Estimate 6%
52. Linear Elasticity 6%
53. Data Perturbation 6%
54. Necessary Optimality Conditions 5%
55. Uniqueness 5%
56. Continuous Dependence 5%
57. Magnetostatics 5%