Direct numerical simulation of the incompressible Navier–Stokes equations is used to study
flows where laminar boundary-layer separation is followed by turbulent reattachment …

The laminar boundary layer on a flat surface is made to separate by way of aspiration
through an opposite boundary, causing approximately a 25% deceleration. The detached …

We investigated the stability of the bottom boundary layer (BBL) beneath periodic internal
solitary waves (ISWs) of depression over a flat bottom through two-dimensional direct …

We investigated the stability of the bottom boundary layer (BBL) beneath periodic internal
solitary waves (ISWs) of depression over a flat bottom through two-dimensional direct …

Flows around a moving vehicle typically exhibit a thin layer along the solid body in which the
relative flow velocity with respect to the body drops rapidly close to the solid walls. The flow …

The numerical simulation of time-dependent, 2-D compressible boundary-layer flow
containing a region of separation is studied. The separation is generated by the introduction …

Even today, despite the constantly advancing developments in the field of computer
hardware, simulation methods based on the Reynolds-averaged Navier-Stokes (RANS) …

Steady and unsteady shock boundary-layer interactions are studied numerically by solving
the two-dimensional time-dependent Navier-Stokes equations. To validate the numerical …

Trotz intensiver Anstrengungen und aller Fortschritte, die in den vergangenen Jahren erzielt
wurden, gibt es auch heute noch str omungsmechanische Detailprobleme, die zwar seit …

Abstract Since 1994 the DNS-Turbulence Consortium has been using the Cray T3D and
T3E computers at Edinburgh Parallel Computing centre to conduct space-and time-resolved …