Tag: magnetohydrodynamics

A new two-stage theoretical model proposes that solar flares begin with a slow global magnetic instability that triggers a multi-scale ...

A new analytical study shows that the Kelvin-Helmholtz instability in magnetized plasma intrinsically generates magnetic helicity, potentially supplying the twist ...

A new mathematical model of Casson fluid flow through curved, stretching, porous vessels shows that magnetic, permeability, and yield-stress effects ...

Researchers combined MATLAB boundary-value simulations with a Levenberg-Marquardt neural network to model magnetized Casson-micropolar nanofluid flow with bioconvection, achieving near-perfect ...

A new three-dimensional numerical study reveals that thermal radiation thickens thermal boundary layers while paradoxically reducing wall heat transfer in ...

A landmark review details how magnetohydrodynamic turbulence, from galaxy clusters to the solar wind, has been pinned down by theory ...

A new review explains why turbulence is the central unsolved challenge in simulating neutron star mergers and how relativistic large-eddy ...

A comprehensive review shows that small-scale turbulent dynamos rapidly magnetize young galaxies while large-scale disk dynamos build the organized fields ...

A new comprehensive review explains how large eddy simulations and subgrid-scale models are making cosmic turbulence computable, from stellar explosions ...