This article presents a massively parallel and robust strategy to perform the simulation of turbulent incompressible two-phase flows on unstructured grids in complex geometries. This …
T Fabbri, G Balarac, V Moureau, P Benard - Computers & Fluids, 2023 - Elsevier
Despite promising experimental works, high fidelity numerical simulations of chordwise flexible blade are useful to better understanding. However, such simulation remains a …
A numerical method for the simulation of multiphase flows with phase change on unstructured grids is presented. Based on the work of Tanguy et al.[31] using a Level …
S Pertant, M Bernard, G Ghigliotti, G Balarac - Journal of Computational …, 2021 - Elsevier
Accurate numerical simulation of moving contact lines on complex boundaries with surface wettability effect remains a challenging problem. In this paper, we introduce a robust and …
Tremendous improvements have been made in numerical simulation using LES (Large Eddy Simulation) over the past thirty years. This was possible with the introduction of more …
High fidelity simulation of evaporating two-phase flows is a growing subject with the emergence of multiple solvers and various associated numerical methods. This is a very …
In aeronautical and aerospace engineering, heat exchangers have a fundamental role. Recent progress in additive manufacturing is a great opportunity for innovation aiming at …
This work presents a robust and efficient procedure to simulate turbulent incompressible interfacial liquid-gas flows on massively-distributed dynamically-adapted unstructured …