Neural Networks Model Magnetized Nanofluid Flow Over Stretching Cylinders
Researchers have implemented a hybrid numerical and artificial neural network framework to analyze magnetized nanofluid flow and heat transfer across ...
Researchers have implemented a hybrid numerical and artificial neural network framework to analyze magnetized nanofluid flow and heat transfer across ...
A numerical simulation shows switching from heat generation to absorption raises the Nusselt number by 43.7 percent in non-Newtonian boundary ...
Experiments at the University of Stuttgart demonstrate that motor cooling alters measured turbocompressor efficiency without affecting stage pressure rise in ...
A computational investigation demonstrates that adding a three-nanoparticle mixture to an electroosmotic fluid over an electromagnetic surface enhances heat transfer ...
Researchers used twelve synchronized cameras and a mirrored plate to measure three-dimensional density variations and flow reorganization in a natural ...
A computational investigation details how coupled magnetic and radiative forces control velocity, heat transfer, and nanoparticle concentration in non-Newtonian boundary ...
Computer simulations indicate that the cooling effect of the weakening Atlantic Meridional Overturning Circulation on the North Atlantic cold blob ...
Researchers modeled the momentum and thermal transport of a five-nanoparticle fluid along a vertically stretched surface using an artificial neural ...
A new hybrid computational framework combines numerical solvers and artificial neural networks to analyze magnetic nanofluid flow and heat transfer ...
New hydrogels loaded with magnesium chloride or glycerol can cool overheated smartphone panels to near room temperature in 20 seconds, ...
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© 2026 Scienmag - Science Magazine