Analytical investigation of the fractional physical models with the help of singular and nonsingular kernels.

Mathematics

1. Physical Model 100%
2. Fractional Order 100%
3. Calculus 100%
4. Mathematical Modeling 72%
5. Integer 45%
6. Fractional Differential Equations 45%
7. Differential Operator 45%
8. Decomposition Method 36%
9. Differential Equation 36%
10. Optimal Control Problem 27%
11. Fractional Partial Differential Equation 27%
12. Wavelet 27%
13. Statistical Mechanics 27%
14. Mathematical Method 18%
15. Optimal Control Theory 18%
16. Reproduction Number 18%
17. Numerical Technique 18%
18. Transform Method 18%
19. Research Work 18%
20. Wide Range 18%
21. Adomian Decomposition Method 18%
22. Ordinary Differential Equation 18%
23. Variational Iteration Method 9%
24. Haar Wavelet 9%
25. Real Life 9%
26. Homotopy Perturbation Method 9%
27. Mathematical Analysis 9%
28. Evolution Equation 9%
29. Absolute Error 9%
30. Numerical Solution 9%
31. Experimental Data 9%
32. Control Theory 9%
33. Transformation Method 9%
34. Signal Processing 9%
35. Fractional Integration 9%
36. Chebyshev 9%
37. Inf 9%
38. Real Data 9%
39. Convergence Analysis 9%
40. Sumudu Transform 9%
41. Graphical Representation 9%
42. Approximates 9%
43. Laplace Transform 9%
44. Epidemic Disease 9%