Lecture 02 Part 5: Finite Difference for Heat Equation Matlab Demo, 2016 Numerical Methods for PDE
https://learning-modules.mit.edu/class/index.html?uuid=/course/16/fa16/16.920#dashboard
piazza.com/mit/fall2016/2097633916920/home
Видео Lecture 02 Part 5: Finite Difference for Heat Equation Matlab Demo, 2016 Numerical Methods for PDE канала Aerodynamic CFD
piazza.com/mit/fall2016/2097633916920/home
Видео Lecture 02 Part 5: Finite Difference for Heat Equation Matlab Demo, 2016 Numerical Methods for PDE канала Aerodynamic CFD
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Lecture 16 Part 8: Finite element boundary conditions in 2D
Lecture 6.6. Convection demo
Lecture15.07. Extending finite difference to multi-dimensional problems; mesh challenges
Lecture7.1. Instability of upwinding schemes
Lecture15.04. Application of Fourier analysis to discrete PDEs
Lecture 11.10. Using calculus of variations to determine the minimizer
Lecture13.02. Dirichlet BCs set the state, truncate the test space
Deriving an approximation to the second derivative Part 1
Lecture20.08. Regularization
Lecture 2.14. From a discretization scheme to a matrix
Deriving the Finite Element System of Equations for our example Part 1
Adjoint for ODEs Part 2
Lecture10.03. FVM notation, approximating derivatives at an interface
How to run CFD for your project
Lecture14.01. Midterm review, part 1
Lecture9.6. Approximating flux values for finite volume method
Lecture 10 Part 6: Flux limitor Demo Part II
Lecture 14 Part 7: General weak form
Numerical solution of the Thwaites equations
Lecture10.01. Recap and application of Finite Volume to Advection-Diffusion Equation
A discussion on ergodicity of turbulent flows