HIBforMBP - High-order Immersed Boundary method for Moving Body Problems
This page presents parts of the project HIBforMBP and several examples of this novel method for moving body problems.
At the end of the page, please check the five most important publications of the research group related to the proposal of the project.
The new numerical methodologies will be developed in the SOL code, which has already a novel immersed boundary method that can
be applied to unstructured polyhedral grids in order to solve complex moving body problems.
FCT public page with current team: https://www.fct.pt/apoios/projectos/consulta/vglobal_projecto?idProjecto=153546&idElemConcurso=11834
Please also visit the youtube page of our research group: https://www.youtube.com/channel/UCWRrDVkYMj4LvLETyXrLg-g
Attachments
- 39-RG-Residual Least Squares Error Estimate for Unstructured h Adaptive Meshes.pdf
- 40-RG-JCP-Adaptive-Corner-Vortices.pdf
- 9-RG-JCP-IB-SFO-CCLS.pdf
- 23-RG-Membrane_Flight_CMES_2011.pdf
- 6-RG-Compact-Stencil-Fourth-Order.pdf
- IBM-CCLS-SFO-Example.mp4
- Triangular-Cavity-Elliptical-Airfoil.mp4
- Circular-Cavity-Polyhedral-Body.mp4
- Elderedge-Insect-Flight-Example.mp4