Simulated Gold Melting Reveals How Furnace Geometry Shapes Heating
A finite volume simulation of gold melting in a 50 Hz induction crucible furnace shows how crucible thickness, coil height, ...
A finite volume simulation of gold melting in a 50 Hz induction crucible furnace shows how crucible thickness, coil height, ...
A Bayesian-regularized neural network trained on numerical solutions predicts velocity, temperature, concentration and bioconvection profiles of Carreau nanofluid flow along ...
A computational study models blood-based trihybrid nanofluid flow and heat transfer in a constricted artery, using a Bayesian-regularized neural network ...
A numerical study of Eyring–Powell tri-hybrid nanofluid flow over a permeable shrinking cylinder identifies a critical shrinking parameter at which ...
A numerical study of an MHD Eyring–Powell tri-hybrid nanofluid over a rotating disk finds that the two Eyring–Powell parameters have ...
A new modeling study combines a MATLAB boundary-value solver with a Levenberg–Marquardt artificial neural network to predict hydromagnetic nanofluid flow, ...
A modelling study of Pannonian Basin sedimentary formations shows that accounting for depth-, temperature- and pressure-dependent rock thermal conductivity changes ...
A 107-site magnetotelluric survey of the northern Songliao Basin reveals shallow caprocks, a deep crystalline basement reservoir, mantle-linked heat sources ...
A new numerical study shows that magnetic dipole interactions, Stefan blowing, radiation and bioconvection jointly control heat, mass and microorganism ...
A new semi-analytical study combines Akbari-Ganji's method with finite element simulation to show how magnetic fields, buoyancy, activation energy and ...
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© 2026 Scienmag - Science Magazine