Realistic acoustic problems often involve interactions between arbitrary-shaped moving
objects at the interface with a fluid domain. The present work aims at developing numerical …

The present study investigates the shock wave interactions involving stationary and moving
wedges using a sharp interface immersed boundary method combined with a fifth-order …

The incompressible viscous flows around the dual-circular cylinders in tandem confined in a
plane channel were simulated by direct numerical simulations (DNS) with the Reynolds …

This work presents a robust and efficient sharp interface immersed boundary (IBM)
framework, which is applicable for all-speed flow regimes and is capable of handling …

In this work, a fully resolved direct numerical simulation study of the interaction between
supersonic turbulent flow and inertial particle is carried out. For the compressible flow, an …

Fully resolved direct numerical simulations are performed to investigate the interaction
between a planar shockwave and 300 randomly clustered particles. The particle interfaces …

A spherical particle-laden blast wave, generated by a sudden release of a sphere of
compressed gas–particle mixture, is investigated by numerical simulation. The present …

A three-dimensional direct numerical simulation was conducted to investigate the vortex–
wing interactions through two NACA 0012 stationary wings placed in tandem at a low …

Рассмотрена задача о взаимодействии плоской ударной волны с цилиндрами
различной массы, которые могут двигаться поступательно под действием сил …

The problem about the interaction between a planar shock wave and cylinders of different
mass is considered; the cylinders may move under the action of the pressure forces. This …