@degruyterbrillimms.bsky.socialHow do magnetic, thermal and chemical effects reshape #nanofluid flow?
This study reveals how stratification, convection, radiation and chemical reactions influence #HeatAndMassTransfer, guiding advanced engineering applications.
@degruyterbrillimms.bsky.socialHow can #HeatAndMassTransfer be better controlled in advanced #Magnetohydrodynamic systems?
This study shows how magnetic fields, thermal relaxation, curvature and velocity slip can tune #nanofluid flow for advanced #thermalmanagement.
@degruyterbrillimms.bsky.socialSee how #AI improves complex fluid modeling.
This study combines ANN-LMBPA with numerical simulations to predict MHD Williamson-Casson #nanofluid flow, enabling better optimization of heat transfer and industrial cooling systems. #FluidDynamics
@degruyterbrillimms.bsky.socialSmarter fluid models can accelerate engineering design.
This study uses neural networks to predict MHD Casson #nanofluid flow and heat transfer with high accuracy, improving simulation efficiency. #ArtificialNeuralNetwork
#OpenAccess in #NanotechnologyReviews: doi.org/10.1515/ntre...
