16:45

Compiling and installing ParaView Plugins [On Demand 16]

15:52

Building ParaView from source codes [On Demand 15]

22:06

Parallel 3D transient heat diffusion using FreeFEM | Mini-Project 1

13:05

Generate multi-body multi-volume mesh geometries in SALOME with mesh refinement [On Demand 14]

19:17

Lattice Boltzmann simulation of multiphase flow in porous media using Palabos [On Demand 13]

19:15

Getting started with Palabos, parallel lattice Boltzmann simulation code [On Demand 12]

21:49

[FreeFEM 11] Domain decomposition and high-performance finite element simulations

40:39

[FreeFEM 10] Parallel programming and Message Passing Interface (MPI)

22:09

[FreeFEM 9] Solvers and preconditioners for the linear system of equations: PETSc, MUMPS, & UMFPACK

22:36

[FreeFEM 8] Regions and sub-domains to define variable material properties and initial conditions

18:06

[FreeFEM 7] Visualization and input/output (IO) operations in FreeFEM

20:41

[FreeFEM 6] Adaptive mesh generation in FreeFEM

21:14

[FreeFEM 5] Implementing weak formulation to solve partial differential equations in FreeFEM

22:41

[FreeFEM 4] Finite element spaces and function approximation in FreeFEM

24:00

[FreeFEM 3] 3D mesh generation and handling in FreeFEM

23:28

[FreeFEM 2] 2D mesh generation in FreeFEM

28:52

[FreeFEM 1] Introduction to FreeFEM: language syntax and environment

03:00

Parabolic PDEs and Reaction-Diffusion-Advection equation

04:26

Partial differential equations (PDEs) in engineering mathematics: introduction and classification

28:37

All you need to know from finite element theory | Part 3 | time dependent and nonlinear problems

27:00

All you need to know from finite element theory | Part 2 | variational and weak formulation of PDEs

41:46

All you need to know from finite element theory | Part 1 | approximation using basis functions

21:24

Using Matplotlib inside ParaView Python View to plot graphs, charts, and histograms [On Demand 11]

19:08

Developing FreeFEM plugins in C++ to link external codes [On Demand 10]

15:37

Making cool videos in ParaView by moving/rotating the camera and animating properties [On Demand 9]

27:36

[Finite Element 11] Introducing some of the most powerful and well-known open-source solvers

36:45

[Finite Element 10] Transient and steady-state heat transfer simulation in Code Aster & Salome-Meca

22:25

[Finite Element 9] Transient heat transfer simulation in OpenFOAM

24:10

[Environment Setup 15] Install OpenFOAM computational fluid dynamics (CFD) toolbox and run a sample

23:16

[Finite Element 8] Transient heat transfer (diffusion) simulation in Elmer Multiphysics

16:18

[Finite Element 7] Compare FreeFEM and FEniCS for the transient diffusion problem

20:57

[Finite Element 6] Transient heat transfer (diffusion) in FEniCS: weak formulation & implementation

17:44

[Finite Element 5] Installing FEniCS and importing the mesh into it

29:57

[Finite Element 4] Transient heat transfer (diffusion) in FreeFEM: weak formulation & implementation

11:53

[Finite Element 3] Prepare the geometry: Create the helical shape in FreeCAD and mesh it in SALOME

14:01

[Finite Element 2] Prepare the geometry: create a helical spring shape in SALOME and mesh it

10:24

[Finite Element 1] Transient heat transfer in helical heat exchangers: introducing the video series

25:55

Getting started with OpenLB, lattice Boltzmann simulation code [On Demand 8]

27:10

Use MSYS and MinGW to compile Linux programs for Windows: run CGAL natively on Windows [On Demand 7]

15:39

Build CGAL computational geometry programs on Windows using WSL [On Demand 6]

16:50

Install and use Windows Subsystem for Linux to run Linux programs [On Demand 5]

17:45

[Numerical Modeling 16] Iterative solution of differential equations using finite difference method

28:17

[Numerical Modeling 15] Finite difference solution of the diffusion equation

14:14

[Numerical Modeling 14] Stability condition and higher-order methods for numerical solution of PDEs

19:58

[Numerical Modeling 13] Finite difference method for solving partial differential equations (PDEs)

31:05

[Numerical Modeling 12] Finite difference method for (nonlinear) ordinary differential equations

12:10

[Numerical Modeling 11] Why numerical methods matter? Why we need them for computer simulations?

18:45

ParaView Glance, visualize your 3D data inside a web browser and on the web [On Demand 4]

09:38

ParaView map, resample, and combine different datasets [On Demand 3]

12:55

SALOME mesh generation and labeling for exporting it to other programs [On Demand 2]

05:35

Introducing “On Demand” series of videos [On Demand 1]

19:27

[Numerical Modeling 10] A short Git tutorial; introducing version control systems

19:42

[Numerical Modeling 9] High-performance computing and parallel programming in Python

12:35

[Numerical Modeling 8] Use SymPy for solving ordinary differential equations in Python

15:36

[Numerical Modeling 7] A quick look at SymPy for symbolic computation in Python

14:25

[Numerical Modeling 6] Essential Matplotlib, data plotting library for Python

15:37

[Numerical Modeling 5] SciPy in a nutshell, the library of scientific algorithms for Python

20:26

[Numerical Modeling 4] A short tutorial on NumPy, multi-dimensional arrays and matrices library

23:56

[Numerical Modeling 3] A quick overview of Python programming language

10:08

[Numerical Modeling 2] Introduction to Jupyter notebooks