Tag: fluid mechanics

Researchers have implemented a hybrid numerical and artificial neural network framework to analyze magnetized nanofluid flow and heat transfer across ...

Aerodynamicists have derived an exact analytical solution demonstrating that a downstream-moving dipole above a boundary layer triggers an upstream-propagating disturbance ...

Researchers used twelve synchronized cameras and a mirrored plate to measure three-dimensional density variations and flow reorganization in a natural ...

Engineers evaluating liquid split mechanisms for additively manufactured dividing wall columns found that a pneumatic rotary actuator maintained target liquid ...

Two low-cost classroom demonstrations use aerated bubble chambers and illuminated aerosol jets to teach cardiovascular Reynolds-number reasoning and fluid-mechanics variable ...

Researchers modeled the momentum and thermal transport of a five-nanoparticle fluid along a vertically stretched surface using an artificial neural ...

Researchers combined analytical homotopy perturbation methods, numerical checks, and neural networks to accurately predict magnetohydrodynamic blood flow through arterial channels.

Computational fluid dynamics researchers show that modeling point sources at domain boundaries resolves artificial blockage and improves aerodynamic force predictions ...

A systematic review of 285 studies finds that research on cylindrical interfacial instability in viscous and Rivlin–Ericksen viscoelastic fluids remains ...

Researchers have developed a unified mathematical framework demonstrating how electric fields and microscopic ciliary beating jointly govern non-Newtonian Casson fluid ...