We review the progress in the development and application of immersed boundary (IB)
methods to thermofluids problems achieved in the last three decades. The implementation of …

Purpose The purpose of this paper is to perform two-dimensional numerical simulation
involving fluid-structure interaction of flexible filament. The filament is tethered to the bottom …

We present the development of a sharp-interface immersed boundary method based in-
house fluid–structure interface (FSI) solver. In particular, we implement conjugate heat …

A monolithic solver based on a diffuse-interface immersed-boundary (IB) approach for
conjugate-heat-transfer (CHT) problems is presented. The IB strategy assumes that the solid …

A numerical strategy based on an immersed boundary method (IBM) is presented for
performing high-fidelity simulation of thermal hydraulics while including Conjugate Heat …

In the context of turbulent flows, this study presents a new methodology for the high-fidelity
simulation of conjugate heat transfer between solid and fluid. The numerical strategy is …

With the capacities of large-scale turbine generators increase, higher electrical and thermal
loads may cause higher risk of thermal faults. Especially, for those air cooling machines with …

This study concerns the development of a new numerical technique for the simulation of
Conjugate Heat Transfer (CHT) in turbulent pipe flow configuration. The method is …

Purpose This paper aims to describe and investigate the mathematical models and
numerical modeling of how a cell membrane is affected by a transient ice freezing front …

La méthode des frontières immergées (IB) a été mise en œuvre avec un certain succès pour
différentes applications, y compris les géométries mobiles et stationnaires. Les travaux …