11:43Crontab jobs : How to schedule & run a bash or python script automatically on a Linux server or Mac?
A 12-minute video from Mostafa Momen: “Crontab jobs : How to schedule & run a bash or python script automatically on a Linux server or Mac?”.
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11:43A 12-minute video from Mostafa Momen: “Crontab jobs : How to schedule & run a bash or python script automatically on a Linux server or Mac?”.
17:34A 18-minute video from Mostafa Momen: “Example of Calculating Hydrostatic Pressure Forces (horizontal and vertical) on a Curved Surface”.
14:59A 15-minute video from Mostafa Momen: “How to launch a Jupyter notebook on a cluster server (supercomputer) from your computer remotely?”.
14:32A 15-minute video from Mostafa Momen: “Lab 3 - Part 1, Pipeline Metering”.
32:27A 32-minute video from Mostafa Momen: “Lab 3 - Part 2, Pipeline Metering”.
25:13A 25-minute video from Mostafa Momen: “Lab 4 , Friction Losses in Steady Pipe Flow”.
25:47A 26-minute video from Mostafa Momen: “Lecture 1, Part 1- Error Types: Truncation, and Round-off Errors (Significant Digits in Computers)”.
1:13:22A 73-minute video from Mostafa Momen: “Lecture 10 - Part 1, General Form of Reynolds Transport Theorem”.
54:00A 54-minute video from Mostafa Momen: “Lecture 10 - Part 2, Conservation of Mass (Continuity Equation) in Integral Form”.
52:34A 53-minute video from Mostafa Momen: “Lecture 10, Part 1 - Non-dimensionalized Shallow Water Equations and Characteristic Curves”.
32:51A 33-minute video from Mostafa Momen: “Lecture 10, Part 1- Sturm-Liouville Problems. Solving second-order linear ODEs”.
36:31A 37-minute video from Mostafa Momen: “Lecture 10, Part 2 - Surface Overland Flow, Shallow Water Equations with Friction and Gravity Forces”.
21:57A 22-minute video from Mostafa Momen: “Lecture 10, Part 2- Sturm-Liouville Problem Example for an ODE - Orthogonal set of eigenfunctions”.
50:30A 50-minute video from Mostafa Momen: “Lecture 11 - Part 1, The Linear Momentum Equation (Integral Form) Derivation and Example”.
58:56A 59-minute video from Mostafa Momen: “Lecture 11 - Part 2, Examples on the Application of the Linear Momentum Equation in Integral Form”.
34:29A 34-minute video from Mostafa Momen: “Lecture 11, Part 1 - Navier-Stokes Equation, Cauchy Stress Tensor”.
33:59A 34-minute video from Mostafa Momen: “Lecture 11, Part 1- Separation of Variables to solve PDEs , Transient Heat Equation Example”.
21:14A 21-minute video from Mostafa Momen: “Lecture 11, Part 2 - Stresses in a fluid at rest and motion (stress tensor)”.
34:42A 35-minute video from Mostafa Momen: “Lecture 11, Part 2 Separation of variables, Transient Heat Equation Example, Finding Coefficients”.
39:39A 40-minute video from Mostafa Momen: “Lecture 12 - Part 1, Example on Mom'm Eqn, Linear Momentum Eqn for Nonuniform Pressure Distribution”.
40:27A 40-minute video from Mostafa Momen: “Lecture 12, Part 1 - Deriving Navier-Stokes Equations, Stresses for a Fluid at Motion”.
34:26A 34-minute video from Mostafa Momen: “Lecture 12, Part 1 Solving Wave Equation via Separation of Variables for a Free-end Beam, Vibration”.
36:42A 37-minute video from Mostafa Momen: “Lecture 12, Part 2 - Vorticity and Rotation -- Rotational and Irrotational Flows”.
35:29A 35-minute video from Mostafa Momen: “Lecture 12, Part 2- Wave Equation Solution via Separation of Variables, Find Coefs via Orthogonality”.
33:05A 33-minute video from Mostafa Momen: “Lecture 13 - Part 1, Conservation of Mass in Differential Form (Continuity Equation)”.
50:00A 50-minute video from Mostafa Momen: “Lecture 13 - Part 2, Buckingham Pi Theorem”.
34:13A 34-minute video from Mostafa Momen: “Lecture 13, Part 1 - Integral Transforms, Properties Complex Fourier Transforms & Inversion Formula”.
18:08A 18-minute video from Mostafa Momen: “Lecture 13, Part 1 - Velocity Potential (Irrotational, Incompressible, Inviscid Flows)”.
36:08A 36-minute video from Mostafa Momen: “Lecture 13, Part 2 - Fourier Transforms Convolution , Transform of Derivative, X-Shift & Beta Shift”.
37:04A 37-minute video from Mostafa Momen: “Lecture 13, Part 2 - Velocity Potential, Source Flow Example, Momentum Eqn in Cylindrical Coordinate”.
37:36A 38-minute video from Mostafa Momen: “Lecture 14 - Part 1, Buckingham Pi Theorem Example & Common Dimensionless Numbers in Fluid Mechanics”.
54:16A 54-minute video from Mostafa Momen: “Lecture 14 - Part 2, Laminar or Turbulent Flows, Pressure Drop in a Laminar Round Pipe Flow”.
33:03A 33-minute video from Mostafa Momen: “Lecture 14 Part 2- Solve a Partial Differential Equation (PDE) via Complex Fourier Transform Example”.
28:24A 28-minute video from Mostafa Momen: “Lecture 14, Part 1 - Stream Functions and Their Properties in 2D Flows”.
22:47A 23-minute video from Mostafa Momen: “Lecture 14, Part 1- Fourier Transform Example, Calculate Triangular Pulse Function in Fourier Space”.
30:03A 30-minute video from Mostafa Momen: “Lecture 14, Part 2 - Velocity Potential and Stream Function Existence, Potential Vortex Example”.