The three-dimensional development of controlled transition in a flat-plate boundary layer is
investigated by direct numerical simulation (DNS) using the complete Navier-Stokes …

The occurrence of temporally growing unstable disturbances is investigated based on
eigenvalues with zero group velocity from linear stability theory (LST) and compared with …

The convective primary amplification of a forced two-dimensional perturbation initiates the
formation of essentially two-dimensional large-scale vortices in a laminar separation bubble. …

The mutual interaction of laminar–turbulent transition and mean flow evolution is studied in a
pressure-induced laminar separation bubble on a flat plate. The flat-plate boundary layer is …

Methods for data reconstruction and spatial enhancement of experimental data for a
transitional boundary layer with laminar separation bubble are investigated. Particularly, proper …

Steady linear three-dimensional disturbances are investigated in a two-dimensional laminar
boundary layer. The boundary layer is subject to a streamwise favourable-to-adverse …

A laminar boundary layer separates in a region of adverse pressure gradient on a flat plate
and undergoes transition. Finally the turbulent boundary layer reattaches, forming a laminar …

New electrode architectures promise huge potential for improving batteries’ electrochemical
properties, such as power density, energy density, and lifetime. In this work, the use of laser-…

A direct-numerical-simulation study of spatially evolving compressible zero-pressure-gradient
turbulent boundary layers is presented for a fine-meshed range of Mach numbers from 0.3 …

Direct Numerical Simulations of laminar separation bubbles are presented. The bubbles are
generated by prescribing a locally decelerated free-stream velocity along a flat-plate. …