This review is motivated by the fast progress in our understanding of the physics of particle-
laden turbulence in the last decade, partly due to the tremendous advances of measurement …

We discuss methods to compute the flow of non-Brownian, non-cohesive, and non-spherical
rigid bodies immersed in a single homogeneous fluid. We address both the case of …

A possible strategy for the reduction of the aeroacoustic noise generated by turbulence
interacting with a wing profile, also referred to as leading-edge noise, is represented by the …

A Cartesian cut-cell method for viscous flows interacting with freely moving boundaries is
presented. The method enables a sharp resolution of the embedded boundaries and strictly …

Abstract Sharp-interface Immersed Boundary Methods for moving solids in compressible
viscous flows often exhibit spurious noise propagating from the moving boundary. In …

Efficient solution-adaptive simulations are conducted by a Cartesian cut-cell method to
analyse the flow field of prolate ellipsoids in uniform flow. The parameter space defined by …

The automatic grid generation on high performance computers is a challenging task under
the restriction of computational power and memory availability. The increasing demand for …

Integrating a porous material into the structure of an aerofoil constitutes a promising passive
strategy for mitigating the noise from turbulence–body interactions that has been extensively …

The modulation of decaying isotropic turbulence by 45 000 spherical particles of
Kolmogorov-length-scale size is studied using direct particle–fluid simulations, ie the flow …

Low velocity non-Darcy flow in shale and tight oil reservoirs is described by nonlinear or
nonhomogeneous models. These models, especially for well shut-in period, are usually …