6:122D Eigenvalue problem and Matlab's logo
A 6-minute video from Aerodynamic CFD: “2D Eigenvalue problem and Matlab's logo”.
Aerodynamic CFD
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11:13A brief introduction to Gauss quadrature
A 11-minute video from Aerodynamic CFD: “A brief introduction to Gauss quadrature”.
11:23A discussion on ergodicity of turbulent flows
A 11-minute video from Aerodynamic CFD: “A discussion on ergodicity of turbulent flows”.
7:11A simplistic first example of the adjoint method
A 7-minute video from Aerodynamic CFD: “A simplistic first example of the adjoint method”.
8:19A weak form of the Poisson's equation
A 8-minute video from Aerodynamic CFD: “A weak form of the Poisson's equation”.
8:25Accuracy analysis of advection diffusion equation using MATLAB
A 8-minute video from Aerodynamic CFD: “Accuracy analysis of advection diffusion equation using MATLAB”.
6:47Accuracy of second order spatial derivative
A 7-minute video from Aerodynamic CFD: “Accuracy of second order spatial derivative”.
9:37Adjoint based design methodology
A 10-minute video from Aerodynamic CFD: “Adjoint based design methodology”.
8:34Adjoint for ODEs Part 1
A 9-minute video from Aerodynamic CFD: “Adjoint for ODEs Part 1”.
7:16Adjoint for ODEs Part 2
A 7-minute video from Aerodynamic CFD: “Adjoint for ODEs Part 2”.
11:16Adjoint for ODEs Part 3
A 11-minute video from Aerodynamic CFD: “Adjoint for ODEs Part 3”.
4:59Adjoint for ODEs Part 4
A 5-minute video from Aerodynamic CFD: “Adjoint for ODEs Part 4”.
6:01Adjoint for implicit equations as a generalization of backpropagation
A 6-minute video from Aerodynamic CFD: “Adjoint for implicit equations as a generalization of backpropagation”.
5:14Adjoint for implicit functions
A 5-minute video from Aerodynamic CFD: “Adjoint for implicit functions”.
3:35Adjoint for implicit governing equations
A 4-minute video from Aerodynamic CFD: “Adjoint for implicit governing equations”.
13:54Adjoint for steady PDEs
A 14-minute video from Aerodynamic CFD: “Adjoint for steady PDEs”.
9:37Adjoint for unsteady PDEs Part 1 Integration by Parts
A 10-minute video from Aerodynamic CFD: “Adjoint for unsteady PDEs Part 1 Integration by Parts”.
7:32Adjoint for unsteady PDEs Part 2 Deriving the unsteady adjoint equation
A 8-minute video from Aerodynamic CFD: “Adjoint for unsteady PDEs Part 2 Deriving the unsteady adjoint equation”.
10:00Advanced Topics and Review of Jacobi Iteration
A 10-minute video from Aerodynamic CFD: “Advanced Topics and Review of Jacobi Iteration”.
7:14Advection Diffusion Equations and its Limiting Cases
A 7-minute video from Aerodynamic CFD: “Advection Diffusion Equations and its Limiting Cases”.
1:04:07Aerodynamics (MIT 16.100 2022) Lecture 12: Three dimensional vortices
A 64-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100 2022) Lecture 12: Three dimensional vortices”.
48:56Aerodynamics (MIT 16.100) 2022 Lecture 10: Center of lift on an airfoil
A 49-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 10: Center of lift on an airfoil”.
49:47Aerodynamics (MIT 16.100) 2022 Lecture 11: Aerodynamic stability
A 50-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 11: Aerodynamic stability”.
51:57Aerodynamics (MIT 16.100) 2022 Lecture 13: Complex 2D potential flows
A 52-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 13: Complex 2D potential flows”.
45:14Aerodynamics (MIT 16.100) 2022 Lecture 14: Boundary layer thicknesses and effect of pressure
A 45-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 14: Boundary layer thicknesses and effect of pressure”.
33:56Aerodynamics (MIT 16.100) 2022 Lecture 15: Boundary Layer Separation and High Lift Airfoils
A 34-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 15: Boundary Layer Separation and High Lift Airfoils”.
48:57Aerodynamics (MIT 16.100) 2022 Lecture 16: Compressibility and shock wave
A 49-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 16: Compressibility and shock wave”.
29:21Aerodynamics (MIT 16.100) 2022 Lecture 18
A 29-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 18”.
55:04Aerodynamics (MIT 16.100) 2022 Lecture 1: applications of aerodynamic forces
A 55-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 1: applications of aerodynamic forces”.
8:59Aerodynamics (MIT 16.100) 2022 Lecture 20
A 9-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 20”.
19:48Aerodynamics (MIT 16.100) 2022 Lecture 21
A 20-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 21”.
12:21Aerodynamics (MIT 16.100) 2022 Lecture 22
A 12-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 22”.
15:19Aerodynamics (MIT 16.100) 2022 Lecture 2: drag and energy consumption
A 15-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 2: drag and energy consumption”.
1:01:14Aerodynamics (MIT 16.100) 2022 Lecture 3: thermodynamics and compressible flow sensitivities
A 61-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 3: thermodynamics and compressible flow sensitivities”.
1:03:01Aerodynamics (MIT 16.100) 2022 Lecture 4: drag decomposition and boundary layer
A 63-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 4: drag decomposition and boundary layer”.
54:25Aerodynamics (MIT 16.100) 2022 Lecture 5: boundary layer and flow regimes
A 54-minute video from Aerodynamic CFD: “Aerodynamics (MIT 16.100) 2022 Lecture 5: boundary layer and flow regimes”.