We report the first high-order eddy-resolving simulation of flow over a marine propeller using
a recently developed high-order sliding-mesh method. This method employs the flux …

Sliding meshes are a powerful method to treat deformed domains in computational fluid
dynamics, where different parts of the domain are in relative motion. In this paper, we …

Abstract A Spectral Difference (SD) algorithm on tensor-product elements which solves the
reacting compressible Navier–Stokes equations is presented. The classical SD algorithm is …

Overset meshes have a unique advantage in handling moving boundary problems as
remeshing is often unnecessary. Recently, overset Cartesian and strand meshes were used …

We present a high‐order solver for simulating vortex‐induced vibrations (VIVs) at very
challenging situations, for example, VIVs of a row of very closely placed objects with large …

We introduce two concepts in this work: polynomial mortar and transfinite mortar, and apply
them to curved nonconforming sliding meshes. It is shown that, on curved meshes …

When the high-order Spectral Difference (SD) method is used to discretize ideal
magnetohydrodynamic (MHD) equations, it is challenging to satisfy the divergence-free …

High-order large eddy simulations are performed to study the performance and flow fields of
a ducted wind turbine (DWT) operating at different tip speed ratios. To evaluate the effects of …

We report our recent development of the high‐order flux reconstruction adaptive mesh
refinement (AMR) method for magnetohydrodynamics (MHD). The resulted framework …

In this paper, we report a high-order three-dimensional sliding-mesh algorithm for
compressible Navier-Stokes equations and simulations of unsteady flows around 3D …