Laminar-turbulent transition dictates an increase in skin friction. The resulting turbulent skin friction contributes to approximately 40% of the total drag of commercial aircraft. Reducing the turbulent flow region by postponing transition can therefore significantly reduce the carbon footprint and costs of flying. Transition prediction is required in order to do so, which depends on a detailed understanding of the transition process
A parametric study is being conducted as an effort to numerically predict the extent of natural lami...
The effect of sharp forward-facing steps on boundary-layer transition is systematically investigated...
A hot topic in today's debate on global warming is drag reduction in aeronautics. The most beneficia...
Laminar-turbulent transition dictates an increase in skin friction. The resulting turbulent skin fri...
The physical process of a laminar boundary layer becoming turbulent is called “laminarturbulent tra...
The modeling of laminar-turbulent transition in RANS flow solvers is an inevitable requirement for t...
Laminar-turbulent boundary-layer transition has a demonstrable impact on the performance of aerospac...
With oil prices regularly topping one hundred dollars per barrel it becomes ever more important to r...
The economic and environmental benefits of laminar flow technology via reduced fuel burn of subsonic...
The market growth expected for commercial aviation in the coming decades and the increasing social a...
The boundary layer along the fuselage, wings and tailplanes of aircraft will usually be laminar at t...
The transition from laminar to turbulent flow in a boundary layer is a complex phenomenon that may t...
Natural laminar flow technology can significantly reduce aircraft aerodynamic drag and has excellent...
The cost of fuel to overcome turbulence induced viscous drag on a commercial airplane constitutes a ...
AbstractFlowtransition from laminar toturbulent is prerequisite todecide whereabouts to apply surfac...
A parametric study is being conducted as an effort to numerically predict the extent of natural lami...
The effect of sharp forward-facing steps on boundary-layer transition is systematically investigated...
A hot topic in today's debate on global warming is drag reduction in aeronautics. The most beneficia...
Laminar-turbulent transition dictates an increase in skin friction. The resulting turbulent skin fri...
The physical process of a laminar boundary layer becoming turbulent is called “laminarturbulent tra...
The modeling of laminar-turbulent transition in RANS flow solvers is an inevitable requirement for t...
Laminar-turbulent boundary-layer transition has a demonstrable impact on the performance of aerospac...
With oil prices regularly topping one hundred dollars per barrel it becomes ever more important to r...
The economic and environmental benefits of laminar flow technology via reduced fuel burn of subsonic...
The market growth expected for commercial aviation in the coming decades and the increasing social a...
The boundary layer along the fuselage, wings and tailplanes of aircraft will usually be laminar at t...
The transition from laminar to turbulent flow in a boundary layer is a complex phenomenon that may t...
Natural laminar flow technology can significantly reduce aircraft aerodynamic drag and has excellent...
The cost of fuel to overcome turbulence induced viscous drag on a commercial airplane constitutes a ...
AbstractFlowtransition from laminar toturbulent is prerequisite todecide whereabouts to apply surfac...
A parametric study is being conducted as an effort to numerically predict the extent of natural lami...
The effect of sharp forward-facing steps on boundary-layer transition is systematically investigated...
A hot topic in today's debate on global warming is drag reduction in aeronautics. The most beneficia...