Partial Differential Equations Poisson Laplace heat eq
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| Torrent Hash : | CFDBF86A84E6AB616F38B25681CA841EF3806CEE |
| Torrent Added : | at Oct. 25, 2023, 8:18 p.m. in Other |
| Torrent Size : | 6.9 GB |
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Partial Differential Equations Poisson Laplace heat eq
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Partial Differential Equations Poisson Laplace heat eq
001 2nd order non-homogeneous ODE solved via Fourier Transform.mp4 -
TutsNode.com.txt -
002 Nonhomogeneous Wave Equation_ D'Alambert formula.en.srt -
001 2nd order non-homogeneous ODE solved via Fourier Transform.en.srt -
001 Bi-dimensional heat equation_ exercise 1.en.srt -
003 Nonhomogeneous Heat Equation_ Exercise 3.en.srt -
001 Nonhomogeneous Wave Equation (Exercise 1).en.srt -
003 Separation of variables to solve the heat equation (part 3).en.srt -
001 Laplace Equation in Cartesian Coordinates (exercise).en.srt -
001 Nonhomogeneous Heat Equation_ Exercise 1.en.srt -
001 Gradient and Laplacian_ quick summary.en.srt -
001 Separation of variables to solve the heat equation (part 1).en.srt -
002 Laplace Equation in Polar coordinates (exercise 1).en.srt -
003 Dirac delta.en.srt -
003 Bi-dimensional wave equation_ exercise 1.en.srt -
003 Laplace Equation in Polar coordinates (exercise 2).en.srt -
004 Solution to the pde part 2.en.srt -
005 Laplace Equation in Polar coordinates (exercise 4).en.srt -
006 Concept of streamlines (with exercise).en.srt -
005 Solution to the pde part 3.en.srt -
004 Laplace Equation in Polar coordinates (exercise 3).en.srt -
003 Solution to the pde part 1.en.srt -
004 Multiple Fourier Transforms.en.srt -
002 Fourier Transforms.en.srt -
004 Energy conservation law for the wave equation.en.srt -
[TGx]Downloaded from torrentgalaxy.to .txt -
0 -
003 Nonhomogeneous Heat Equation_ Exercise 3.mp4 -
002 Bi-dimensional heat equation_ exercise 2.en.srt -
001 Derivation of the incompressible fluid equation.en.srt -
006 Solution to the pde part 4.en.srt -
001 Physics behind the equation part 1.en.srt -
002 Physics behind the equation part 2.en.srt -
002 Separation of variables to solve the heat equation (part 2).en.srt -
002 Nonhomogeneous Heat Equation_ Exercise 2.en.srt -
002 Example of pde.en.srt -
001 Fourier series.en.srt -
003 Solving a wave equation using D'Alambert formula (exercise).en.srt -
1 -
001 Nonhomogeneous Heat Equation_ Exercise 1.mp4 -
2 -
001 Laplace Equation in Cartesian Coordinates (exercise).mp4 -
3 -
002 Laplace Equation in Polar coordinates (exercise 1).mp4 -
4 -
001 Bi-dimensional heat equation_ exercise 1.mp4 -
5 -
002 Nonhomogeneous Wave Equation_ D'Alambert formula.mp4 -
6 -
001 Separation of variables to solve the heat equation (part 1).mp4 -
7 -
001 Nonhomogeneous Wave Equation (Exercise 1).mp4 -
8 -
003 Separation of variables to solve the heat equation (part 3).mp4 -
9 -
003 Laplace Equation in Polar coordinates (exercise 2).mp4 -
10 -
005 Laplace Equation in Polar coordinates (exercise 4).mp4 -
11 -
004 Laplace Equation in Polar coordinates (exercise 3).mp4 -
12 -
006 Concept of streamlines (with exercise).mp4 -
13 -
001 Derivation of the incompressible fluid equation.mp4 -
14 -
005 Solution to the pde part 3.mp4 -
15 -
003 Bi-dimensional wave equation_ exercise 1.mp4 -
16 -
003 Dirac delta.mp4 -
17 -
002 Separation of variables to solve the heat equation (part 2).mp4 -
18 -
002 Nonhomogeneous Heat Equation_ Exercise 2.mp4 -
19 -
003 Solution to the pde part 1.mp4 -
20 -
004 Multiple Fourier Transforms.mp4 -
21 -
006 Solution to the pde part 4.mp4 -
22 -
002 Bi-dimensional heat equation_ exercise 2.mp4 -
23 -
002 Physics behind the equation part 2.mp4 -
24 -
001 Physics behind the equation part 1.mp4 -
25 -
002 Fourier Transforms.mp4 -
26 -
003 Solving a wave equation using D'Alambert formula (exercise).mp4 -
27 -
002 Example of pde.mp4 -
28 -
004 Energy conservation law for the wave equation.mp4 -
29 -
001 Fourier series.mp4 -
30 -
001 Gradient and Laplacian_ quick summary.mp4 -
31 -
004 Solution to the pde part 2.mp4 -
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001 2nd order non-homogeneous ODE solved via Fourier Transform.mp4 -
582.5 MB
TutsNode.com.txt -
63 bytes
002 Nonhomogeneous Wave Equation_ D'Alambert formula.en.srt -
50.9 KB
001 2nd order non-homogeneous ODE solved via Fourier Transform.en.srt -
38.8 KB
001 Bi-dimensional heat equation_ exercise 1.en.srt -
34.9 KB
003 Nonhomogeneous Heat Equation_ Exercise 3.en.srt -
33.4 KB
001 Nonhomogeneous Wave Equation (Exercise 1).en.srt -
31.7 KB
003 Separation of variables to solve the heat equation (part 3).en.srt -
31.2 KB
001 Laplace Equation in Cartesian Coordinates (exercise).en.srt -
28.1 KB
001 Nonhomogeneous Heat Equation_ Exercise 1.en.srt -
28.0 KB
001 Gradient and Laplacian_ quick summary.en.srt -
1.7 KB
001 Separation of variables to solve the heat equation (part 1).en.srt -
25.4 KB
002 Laplace Equation in Polar coordinates (exercise 1).en.srt -
24.7 KB
003 Dirac delta.en.srt -
21.2 KB
003 Bi-dimensional wave equation_ exercise 1.en.srt -
18.2 KB
003 Laplace Equation in Polar coordinates (exercise 2).en.srt -
17.7 KB
004 Solution to the pde part 2.en.srt -
434 bytes
005 Laplace Equation in Polar coordinates (exercise 4).en.srt -
17.4 KB
006 Concept of streamlines (with exercise).en.srt -
16.7 KB
005 Solution to the pde part 3.en.srt -
17.3 KB
004 Laplace Equation in Polar coordinates (exercise 3).en.srt -
16.6 KB
003 Solution to the pde part 1.en.srt -
15.8 KB
004 Multiple Fourier Transforms.en.srt -
14.7 KB
002 Fourier Transforms.en.srt -
12.2 KB
004 Energy conservation law for the wave equation.en.srt -
3.9 KB
[TGx]Downloaded from torrentgalaxy.to .txt -
585 bytes
0 -
470 bytes
003 Nonhomogeneous Heat Equation_ Exercise 3.mp4 -
503.6 MB
002 Bi-dimensional heat equation_ exercise 2.en.srt -
11.9 KB
001 Derivation of the incompressible fluid equation.en.srt -
11.5 KB
006 Solution to the pde part 4.en.srt -
10.9 KB
001 Physics behind the equation part 1.en.srt -
10.5 KB
002 Physics behind the equation part 2.en.srt -
10.0 KB
002 Separation of variables to solve the heat equation (part 2).en.srt -
8.3 KB
002 Nonhomogeneous Heat Equation_ Exercise 2.en.srt -
8.3 KB
002 Example of pde.en.srt -
6.1 KB
001 Fourier series.en.srt -
5.3 KB
003 Solving a wave equation using D'Alambert formula (exercise).en.srt -
3.8 KB
1 -
299.9 KB
001 Nonhomogeneous Heat Equation_ Exercise 1.mp4 -
441.7 MB
2 -
309.3 KB
001 Laplace Equation in Cartesian Coordinates (exercise).mp4 -
435.5 MB
3 -
462.0 KB
002 Laplace Equation in Polar coordinates (exercise 1).mp4 -
414.3 MB
4 -
677.8 KB
001 Bi-dimensional heat equation_ exercise 1.mp4 -
405.5 MB
5 -
513.4 KB
002 Nonhomogeneous Wave Equation_ D'Alambert formula.mp4 -
381.5 MB
6 -
506.7 KB
001 Separation of variables to solve the heat equation (part 1).mp4 -
358.2 MB
7 -
829.1 KB
001 Nonhomogeneous Wave Equation (Exercise 1).mp4 -
357.7 MB
8 -
343.3 KB
003 Separation of variables to solve the heat equation (part 3).mp4 -
354.3 MB
9 -
681.1 KB
003 Laplace Equation in Polar coordinates (exercise 2).mp4 -
296.3 MB
10 -
743.0 KB
005 Laplace Equation in Polar coordinates (exercise 4).mp4 -
288.3 MB
11 -
738.4 KB
004 Laplace Equation in Polar coordinates (exercise 3).mp4 -
258.4 MB
12 -
628.8 KB
006 Concept of streamlines (with exercise).mp4 -
206.0 MB
13 -
2.3 KB
001 Derivation of the incompressible fluid equation.mp4 -
175.9 MB
14 -
60.9 KB
005 Solution to the pde part 3.mp4 -
159.3 MB
15 -
684.1 KB
003 Bi-dimensional wave equation_ exercise 1.mp4 -
146.1 MB
16 -
917.6 KB
003 Dirac delta.mp4 -
145.6 MB
17 -
383.9 KB
002 Separation of variables to solve the heat equation (part 2).mp4 -
140.3 MB
18 -
757.5 KB
002 Nonhomogeneous Heat Equation_ Exercise 2.mp4 -
138.0 MB
19 -
30.7 KB
003 Solution to the pde part 1.mp4 -
129.3 MB
20 -
704.3 KB
004 Multiple Fourier Transforms.mp4 -
122.2 MB
21 -
785.9 KB
006 Solution to the pde part 4.mp4 -
105.8 MB
22 -
194.2 KB
002 Bi-dimensional heat equation_ exercise 2.mp4 -
101.0 MB
23 -
8.8 KB
002 Physics behind the equation part 2.mp4 -
87.0 MB
24 -
40.5 KB
001 Physics behind the equation part 1.mp4 -
80.8 MB
25 -
158.8 KB
002 Fourier Transforms.mp4 -
74.1 MB
26 -
964.0 KB
003 Solving a wave equation using D'Alambert formula (exercise).mp4 -
54.9 MB
27 -
76.8 KB
002 Example of pde.mp4 -
44.9 MB
28 -
108.7 KB
004 Energy conservation law for the wave equation.mp4 -
43.7 MB
29 -
264.7 KB
001 Fourier series.mp4 -
27.9 MB
30 -
72.7 KB
001 Gradient and Laplacian_ quick summary.mp4 -
8.7 MB
31 -
296.9 KB
004 Solution to the pde part 2.mp4 -
3.5 MB
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