Description
Overview: This release provides a stable version of the standing non-linear wave simulation framework built on Basilisk. The code implements Stokes wave theory for analytical initialization and a best-fit approach for experimental initial conditions. Adaptive mesh refinement enables detailed interface tracking and efficient resolution of wave behavior.
Key Features:
- Two-Phase Flow with Surface Tension
Employs a Volume of Fluid (VoF) method for interface tracking and a height function method for curvature calculation.
- Adaptive Mesh Refinement
Dynamically refines regions of high error and maintains coarser meshes elsewhere.
- Analytical & Experimental Initial Conditions
Offers built-in Stokes wave solutions alongside a best-fit initialization from experimental data.
- Comprehensive Post-Processing
Includes scripts for data extraction, interface geometry, and video generation. I
Key Features:
- Two-Phase Flow with Surface Tension
Employs a Volume of Fluid (VoF) method for interface tracking and a height function method for curvature calculation.
- Adaptive Mesh Refinement
Dynamically refines regions of high error and maintains coarser meshes elsewhere.
- Analytical & Experimental Initial Conditions
Offers built-in Stokes wave solutions alongside a best-fit initialization from experimental data.
- Comprehensive Post-Processing
Includes scripts for data extraction, interface geometry, and video generation. I
| Date made available | 24 Dec 2024 |
|---|---|
| Publisher | Zenodo |