Scientists at the University of Stuttgart's Institute of Aerodynamics and Gas Dynamics (IAG) have produced a novel dataset ...

Discover the fundamental concepts of laminar and turbulent flow, which are crucial in understanding fluid dynamics. These two types of flow define how liquids and gases move in various systems, ...

In short, the book is orientated more towards applications than towards turbulence theory; it is written clearly and concisely and should be useful to a large community, interested either in the ...

The meandering motion emerges at higher Wi, enhancing turbulence and heat transfer in the backward-facing step flow. Credit: Dr. Shumpei Hara / Doshisha University, Japan ...

Combining spectral proper orthogonal decomposition and phase-averaging techniques provides methods for delineating ...

Additionally, T-type thermocouples were used to measure heat transfer. In a BFS flow, turbulence results in a separated shear layer, which is highly unstable due to the hydrodynamic instabilities.

Pipe flow has been a challenge that gave rise to investigations on turbulence—long before turbulence was discerned as a research problem in its own right. The discharge of water from elevated ...

Turbulent blood flow generates extra forces which increase the odds of blood clots to form. These clots grow slowly until they may be carried along by the bloodstream and cause stroke by blocking an ...

Blood flow in the human body is assumed to be mostly smooth and non-turbulent. Unstable and unsteady flow is linked to a variety of cardiovascular diseases including arteriosclerosis -- one of the ...