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Jan Brekelmans @UCl9SCdd7yEdSGpIbhegxPNg@youtube.com

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More from this channel (soon)


00:33
Triangular meshing of a rectangle with a circular hole using Distmesh
00:10
Triangular meshing of a polygonal geometry using Distmesh
01:20
Triangular meshing of an airfoil using Distmesh
00:06
Triangular meshing of a circle using Distmesh
00:17
Comparison of different methods for solving the shallow water equations - Dambreak
00:17
Comparison of different methods for solving the shallow water equations - Rectangular wave
00:17
Comparison of different methods for solving the advection equation - Mixed structure wave
00:17
Comparison of different methods for solving the advection equation - Sine wave
00:17
Comparison of different methods for solving the advection equation - Square wave
00:21
Two-dimensional flow past square
00:11
Finite Volume Method for the Acoustics Equations - Square Form with Wall Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Smooth Form with Periodic Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Smooth Form with Periodic Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Smooth Form with Wall Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Smooth Form with Wall Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Square Form with Wall Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Square Form with Periodic Boundary Conditions
00:11
Finite Volume Method for the Acoustics Equations - Square Form with Periodic Boundary Conditions
00:10
Comparison between finite-difference and spectral methods
00:05
Advection equation of a square wave, Lax-Wendroff
00:05
Advection equation of a sine wave, Lax-Wendroff
00:05
Advection equation with mixed initial conditions, Lax-Wendroff
00:05
Advection equation with mixed initial conditions, upwind method
00:04
Advection equation of a sine wave, upwind method
00:04
Advection equation of a square wave, upwind method
00:06
Lid Driven Cavity Flow (Re=400)
00:06
Dambreak Comparison (VOF method)
00:21
Dripping Roof (VOF method)
00:09
Two fluid columns (VOF method)
00:09
Rising Bubble (VOF method)
00:09
Dambreak (VOF method)
00:21
Dambreak (VOF method)
00:18
Two-phase flow simulation, Test 4
00:18
Two-phase flow simulation, Test 6
00:18
Two-phase flow simulation, Test 5
00:21
Vertical two-phase pipe flow 1
00:21
Two-phase flow in horizontal pipe, 2
00:11
Two-phase flow in horizontal pipe, 1
01:41
Horizontal slug flow simulation
00:09
Sod's shock tube - test 1 - Upwind
00:07
Sod's shock tube - test 2 - Upwind
00:11
Sod's shock tube - test 3 - Upwind
00:17
Sod's shock tube - test 4 - Upwind
00:12
Sod's shock tube - test 5 - Upwind
00:12
Sod's shock tube - test 5 - Koren limiter
00:07
Sod's shock tube - test 2 - Koren limiter
00:17
Sod's shock tube - test 4 - Koren limiter
00:09
Sod's shock tube - test 1 - Koren limiter
00:11
Sod's shock tube - test 3 - Koren limiter