sandbox/fuster/README

File index

Development of AMR methods

Within the PhD of Lucas Prouvost and in collaboration with Anca Belme, we have been working on a metric based AMR method that we have implemented in Basilisk. Check his PhD manuscript and PhD defense. You can find the codes and some results in Lucas’ sandbox.

Tests and examples for the All-Mach formulation

List of tests and examples of the all-Mach compressible solver Fuster and Popinet (JCP, 2018).

The code is now part of the stable release, so you can check the test cases included in the last version of Basilisk here

Below some old links that could be useful

Related works

• The work from the PhD of Mandeep Saini which includes a JFM paper and his thesis. You can check his sandbox for more information.
• Effects of surface tension on the Richtmyer-Meshkov instability in fully compressible and inviscid fluids. Tang et al PRF, 2021
• Optimal subharmonic emission of stable bubble oscillations in a tube Fan et al, PRE, 2020

Single phase

• Propagation of a small perturbation in an ideal gas (axisymmetric flow)
• Propagation of a shockwave in an ideal gas
• Double Mach reflection of a Mach 10 shock from a wall
• A Mach-3 wind tunnel with a step

Multiphase simulations

• Transport of an interface between two fluids at different pressures
• Perfect transmission of an acoustic wave through an interface between two fluids with acoustic impedance matching
• Reflection/transmission of an acoustic wave through an interface between two fluids with different acoustic impedance

Flows in the presence of surface tension

• Circular droplet in equilibrium (influence of Laplace number)
• Circular droplet in equilibrium (convergence study)
• Shape oscillation of an inviscid droplet
• Sessile bubble test with all-Mach solver

Tests and examples for the All-Mach formulation including thermal effects

List of tests and examples of the extension including thermal effects Saeede et al (JCP, 2022)

This code extension can be downloaded here

• Expansion of an initially heated bubble
• Shrinkage of an intially cooled bubble
• Shrinkage of an initially cooled bubble (sph coord)
• Bubble collapse near a wall

what is happening????