URANOS, a massively parallel GPU-accelerated compressible flow solver for high-fidelity
modeling of compressible wall flows, is presented. URANOS is based on modern high …

The current work presents an innovative numerical technique for high-Reynolds/high-Mach
number compressible flow simulations in complex configurations. In particular, the research …

This study investigates the capability of wall-modeled large-eddy simulation (WMLES) in
predicting the transonic buffet phenomenon over three-dimensional aircraft configurations at …

A parameter study is performed in a compressible boundary-layer at supersonic conditions
to investigate the accuracy of a validated loosely-coupled Conjugate Heat Transfer (CHT) …

View Video Presentation: https://doi. org/10.2514/6.2023-0429. vid This study demonstrates
the capability of the wall-modeled large-eddy simulation for predicting buffet phenomena …

In this study, we simulate the cooling of a microprocessor by thermal convection in three
different shapes: a square, a trapezoidal, and a triangular shape. The latter is improved by a …

This paper aims to experimentally investigate the thermal effects associated with shock
wave/boundary layer interaction (SWBLI) at a Mach number of 6. Schlieren and temperature …

Abstract We present URANOS-2.0, the second major release of our massively parallel, GPU-
accelerated solver for compressible wall flow applications. This latest version represents a …

In this paper, the major problems associated with detached eddy simulation (DES)(namely,
modeled stress depletion (MSD) and slowing of the RANS to LES transition (RLT)) are …

Numerical simulation tools and experimental measurement techniques are required to
provide accurate description of flow features in application relevant scales and boundary …