Fluid-structure interaction
-
Multiphysics simulation for the actuation control of a microfluidic proportional valve
- June 1, 2022
- Posted by: Leo
- Category: Weekly News
No CommentsAnsys multiphysics leverage the robustness of the recently developed numerical methods to investigate the mechanical response of a microfluidic valve interacting with an incompressible viscous fluid in a complex configuration.
-
Numerical methods for fluid-structure interactions
- February 24, 2021
- Posted by: Leo
- Category: Weekly News
Our PhD student, Ahmed AISSA BERRAIES, compares the Quasi-Newton QS-LS stabilization method against the Fixed-point method in the partitioned approach for solving a fluid-structure interaction problem with high added mass effect. The Quasi-Newton method shows robustness and superior performance, which allows for solving more complex problems of high non-linearity.
-
Fluid-structure interaction simulation for actuation control of a microfluidic valve
- June 26, 2020
- Posted by: Leo
- Category: Weekly News
Our CompMech member Ahmed Aissa Berraies is working on a numerical approach to simulate the actuation of a microfluidic valve designed by Dolphin Fluidics company.