Video animations in PhD thesis: Investigation of finite volume methods for free surface flows with focus on the numerical description of the air-water interface

The data consists of a series of annimations from the PhD thesis "Investigation of finite volume methods for free surface flows with focus on the numerical description of the air-water interface" by Jesper Roland Kjærgaard Qwist. ISBN: 978-87-7475-701-6. 

Each video is identified by its link to youtube. This link is given as reference in the list below.

The links are also used in the thesis text, where the videos are included. 

Movie 1

Filename:     2D standing wave tetrahedral mesh

Reference:   https://youtu.be/Rerk-sfoaMM

Description:

Illustration of a 2D simulation of a standing wave on a mesh with triangular cells.

Movie 2

Filename:     Solitary shoaling wav, dsdrkFoam, case4 

Reference:   https://youtu.be/CnC55arOKpo

Description:

2D simulation of a solitary wave, which propagates up a slope to reach the breaking point with the dsdrkFoam solver.

Movie 3

Filename:     Solitary shoaling wave, dsdFoam, case4 

Reference:   https://youtu.be/-8J3LW2aN1M

Description:

2D simulation of a solitary wave, which propagates up a slope to reach the breaking point with the dsdFoam solver.

Movie 4

Filename:     SBW mov 004

Reference:   https://youtu.be/hpZzoGfFONo

Description:

2D simulation of a breaking wave created with a single piston stroke using the dsdrkFoam solver.

Movie 5

Filename:     3D focusedWave 0003dsc F 0 62 RK2 1100x64

Reference:   https://youtu.be/nm4wHAjrwdU

Description:

3D simulation of a phase focused breaking wave, which impacts a vertical cylinder. The dsdrkFoam solver has been used for the simulation.