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| [TGx]Downloaded from torrentgalaxy.to .txt |
585B |
| 0 |
470B |
| 001 2nd order non-homogeneous ODE solved via Fourier Transform.en.srt |
38.78KB |
| 001 2nd order non-homogeneous ODE solved via Fourier Transform.mp4 |
582.51MB |
| 001 Bi-dimensional heat equation_ exercise 1.en.srt |
34.89KB |
| 001 Bi-dimensional heat equation_ exercise 1.mp4 |
405.50MB |
| 001 Derivation of the incompressible fluid equation.en.srt |
11.51KB |
| 001 Derivation of the incompressible fluid equation.mp4 |
175.94MB |
| 001 Fourier series.en.srt |
5.33KB |
| 001 Fourier series.mp4 |
27.93MB |
| 001 Gradient and Laplacian_ quick summary.en.srt |
1.72KB |
| 001 Gradient and Laplacian_ quick summary.mp4 |
8.71MB |
| 001 Laplace Equation in Cartesian Coordinates (exercise).en.srt |
28.11KB |
| 001 Laplace Equation in Cartesian Coordinates (exercise).mp4 |
435.55MB |
| 001 Nonhomogeneous Heat Equation_ Exercise 1.en.srt |
27.96KB |
| 001 Nonhomogeneous Heat Equation_ Exercise 1.mp4 |
441.70MB |
| 001 Nonhomogeneous Wave Equation (Exercise 1).en.srt |
31.66KB |
| 001 Nonhomogeneous Wave Equation (Exercise 1).mp4 |
357.66MB |
| 001 Physics behind the equation part 1.en.srt |
10.48KB |
| 001 Physics behind the equation part 1.mp4 |
80.84MB |
| 001 Separation of variables to solve the heat equation (part 1).en.srt |
25.40KB |
| 001 Separation of variables to solve the heat equation (part 1).mp4 |
358.19MB |
| 002 Bi-dimensional heat equation_ exercise 2.en.srt |
11.87KB |
| 002 Bi-dimensional heat equation_ exercise 2.mp4 |
100.99MB |
| 002 Example of pde.en.srt |
6.13KB |
| 002 Example of pde.mp4 |
44.89MB |
| 002 Fourier Transforms.en.srt |
12.21KB |
| 002 Fourier Transforms.mp4 |
74.06MB |
| 002 Laplace Equation in Polar coordinates (exercise 1).en.srt |
24.67KB |
| 002 Laplace Equation in Polar coordinates (exercise 1).mp4 |
414.34MB |
| 002 Nonhomogeneous Heat Equation_ Exercise 2.en.srt |
8.32KB |
| 002 Nonhomogeneous Heat Equation_ Exercise 2.mp4 |
137.97MB |
| 002 Nonhomogeneous Wave Equation_ D'Alambert formula.en.srt |
50.86KB |
| 002 Nonhomogeneous Wave Equation_ D'Alambert formula.mp4 |
381.51MB |
| 002 Physics behind the equation part 2.en.srt |
10.00KB |
| 002 Physics behind the equation part 2.mp4 |
86.96MB |
| 002 Separation of variables to solve the heat equation (part 2).en.srt |
8.33KB |
| 002 Separation of variables to solve the heat equation (part 2).mp4 |
140.26MB |
| 003 Bi-dimensional wave equation_ exercise 1.en.srt |
18.22KB |
| 003 Bi-dimensional wave equation_ exercise 1.mp4 |
146.10MB |
| 003 Dirac delta.en.srt |
21.17KB |
| 003 Dirac delta.mp4 |
145.63MB |
| 003 Laplace Equation in Polar coordinates (exercise 2).en.srt |
17.73KB |
| 003 Laplace Equation in Polar coordinates (exercise 2).mp4 |
296.27MB |
| 003 Nonhomogeneous Heat Equation_ Exercise 3.en.srt |
33.41KB |
| 003 Nonhomogeneous Heat Equation_ Exercise 3.mp4 |
503.62MB |
| 003 Separation of variables to solve the heat equation (part 3).en.srt |
31.21KB |
| 003 Separation of variables to solve the heat equation (part 3).mp4 |
354.33MB |
| 003 Solution to the pde part 1.en.srt |
15.85KB |
| 003 Solution to the pde part 1.mp4 |
129.31MB |
| 003 Solving a wave equation using D'Alambert formula (exercise).en.srt |
3.81KB |
| 003 Solving a wave equation using D'Alambert formula (exercise).mp4 |
54.92MB |
| 004 Energy conservation law for the wave equation.en.srt |
3.85KB |
| 004 Energy conservation law for the wave equation.mp4 |
43.74MB |
| 004 Laplace Equation in Polar coordinates (exercise 3).en.srt |
16.55KB |
| 004 Laplace Equation in Polar coordinates (exercise 3).mp4 |
258.39MB |
| 004 Multiple Fourier Transforms.en.srt |
14.66KB |
| 004 Multiple Fourier Transforms.mp4 |
122.23MB |
| 004 Solution to the pde part 2.en.srt |
434B |
| 004 Solution to the pde part 2.mp4 |
3.53MB |
| 005 Laplace Equation in Polar coordinates (exercise 4).en.srt |
17.41KB |
| 005 Laplace Equation in Polar coordinates (exercise 4).mp4 |
288.28MB |
| 005 Solution to the pde part 3.en.srt |
17.26KB |
| 005 Solution to the pde part 3.mp4 |
159.33MB |
| 006 Concept of streamlines (with exercise).en.srt |
16.73KB |
| 006 Concept of streamlines (with exercise).mp4 |
206.00MB |
| 006 Solution to the pde part 4.en.srt |
10.85KB |
| 006 Solution to the pde part 4.mp4 |
105.81MB |
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| TutsNode.com.txt |
63B |