The thermal and flow characteristics of nonequilibrium monatomic, diatomic, and polyatomic
gases in cylindrical Couette flow are investigated using first-and second-order Boltzmann …

The current study documents the development of a new multiphase solver for the simulation
of dilute dusty gas flows in the OpenFOAM suite. Even though various solvers for simulation …

A high-fidelity computational framework for predicting the interaction of a rocket plume with a
dust blanket in an almost vacuum ambient that represents the descent/ascend phase of …

In this study, an Eulerian-Eulerian two-fluid approach was applied to simulate nucleate
boiling in a vertical rolling 2× 2 rod bundle with a tilted axis. For this purpose, the standard …

The present study focuses on the shock diffraction problem over a triangle wedge for Mach
numbers of M= 1.3, 1.5, 1.7⁠, and 2.0 by using a two-dimensional, high-order, in-house …

The aerothermodynamics of re-entry vehicles vary significantly upon re-entry, descent, and
landing, because of the drastic changes in atmospheric density and velocity. In highly …

The spatio-temporal distribution of the shock wave pressure on the surface of the target is
the key to the performance of laser shock processing (LSP), which is mainly determined by …

The present work investigates the bubble formation and vortex shedding phenomena in the
viscous flow of a compressible gas seeded with dust particles. A new modal discontinuous …

The vortex ring is usually analytically modeled in computational studies involving vortex ring
and shock wave interaction. However, incompressibility assumptions of the isolated vortex …

ISTANBUL TECHNICAL UNIVERSITY 击GRADUATE SCHOOL INVESTIGATION OF
SHOCK-VORTEX INTERACTIONS IN SUPERSONIC FLOWS VIA A HIGH-ORDE Page 1 …