MMP 2027 welcomes contributions in six broad scientific areas. Interdisciplinary contributions crossing these sections are particularly encouraged.
Electrothermal processing (ETP)
Induction heating and melting; microwave and RF processing; electric-arc heating; electromagnetic processing; crystal growth; semiconductor-processing technologies; coupled electromagnetic-thermal process modelling; industrial electrification and related applications.
Applied MHD
MHD in metallurgy and casting; electromagnetic stirring and flow control; additive manufacturing; chemical engineering; liquid-metal technologies; heat storage and heat-transfer systems; thermoelectric and electromagnetic processing applications.
MHD fundamentals
MHD turbulence; dynamo effects; boundary and inlet effects; thermoelectric MHD; multiphase MHD; free-surface MHD; instability and transport phenomena; fundamental electromagnetic-fluid interactions.
CFD methods in MHD & ETP
Turbulence models; numerical solution methods and schemes; multiphase-flow methods; reactive flow; phase change and solidification; free-surface methods; coupled electromagnetic-fluid-thermal simulations; verification, validation and high-performance computing.
Non-invasive measurements in MHD & ETP
Transmission and tomographic imaging; optical, X-ray and neutron methods; inductive diagnostics; inductive flow and bubble detection; ultrasound Doppler velocimetry; ultrasound computed tomography; acoustic bubble measurements; flow-rate measurements; experimental validation and reconstruction methods.
Data-driven methods
Representations of hydrodynamic, thermal and MHD fields; flow visualization and feature detection; low-rank modelling and modal decompositions; dynamic mode decomposition; proper orthogonal decomposition; tensor methods; compressed sensing; sparse-data field reconstruction; inverse problems; image-based velocimetry and tracking; machine-learning methods for simulations and experiments; reduced-order and surrogate models; digital-twin approaches.