Tag: computational fluid dynamics

A new numerical study shows that a coaxial tail rotor concept, inspired by a 1930s Soviet experimental helicopter, can improve ...

A new two-way fluid–structure interaction study shows that a flexible foam micro-air-vehicle wing gains about 37 percent more lift than ...

Tokyo Metropolitan University researchers used evolutionary algorithms and zero-thickness simulations to find corrugated airfoil shapes that minimize drag or maximize ...

A multiscale simulation study shows that microvascular resistance alone can shift identical coronary lesions across the clinical FFR and CFR ...

A new Communications Engineering study presents a reverse design framework that determines the optimal geometry of fluid-solid interfacial bumps to ...

Researchers have developed a hybrid LSTM–PINN artificial intelligence model that accurately and rapidly predicts the violent impact loads and motion ...

New research shows how structural elasticity fundamentally reshapes the static stability and flight performance of highly slender supersonic vehicles.

A new numerical study shows that combining counter-current flow with shaped pin fins can slash wall temperature differences in microchannel ...

A computational design optimization study shows that concentrating propellers at the wingtips can raise UAV cruise lift-to-drag ratios by 15.4 ...

Researchers report that disturbed blood flow can make vessel walls vibrate at high frequencies, and that these vibrations may directly ...