Hypersonic flight faces a critical challenge: predicting and controlling boundary layer transition from laminar to turbulent flow, which drastically ...

In a complementary approach, thermal and laminar flow over rotating spheroids has been explored, revealing how changes in body geometry affect convection and conduction within the boundary layer ...

The study of hypersonic boundary layer transition and instability encompasses the complex processes by which a thin, near-wall flow region shifts from a smooth, laminar state to a highly chaotic ...

When it comes to engines, everyone is always looking for more. More horsepower, more torque, more efficiency. One company has ...

Abstract The boundary-layer evolution over rotor-blade airfoils can be significantly affected by changes in the flow conditions. Because this sensitivity would have a major impact on the wind-turbine ...

New methods in laminar boundary-layer theory by Meksyn, D Publication date 1961 Topics Boundary layer Publisher New York, Pergamon Press Collection internetarchivebooks; printdisabled Contributor ...

Solves the compressible Blausius equations for laminar, high-speed flow, boundary layers over a flat plate with either isothermal (Dirichlet) or adiabatic (Neumann) boundary conditions. Computes the ...

Laminar flow is the quality of a liquid having layers flowing past one another with little or no mixing. One way to do this is to force liquid through individual, parallel channels as it ...

Cricket News: The ICC has introduced significant changes to cricket playing conditions across all formats, including Test, ODI, and T20I. A stop clock will be perma ...

There are two main types of fluid flow - laminar flow, in which the fluid flows smoothly in layers, and turbulent flow, which is characterised by chaotic motion and large amounts of mixing. In this ...

A new assessment finds that the world’s oceans crossed the safe threshold for acidification in 2020, breaching a key planetary boundary and posing serious threats to marine life. Ocean ...