... at: remi.bourrou@grenoble-inp.fr Induction heating Multiphysics Numerical analysis Magnetohydrodynamics In the context of nuclear waste treatment, Andra, the CEA and the Orano Company are currently developing a process where metallic and dielectric radioactive wastes are treated simultaneously...

... Permanent magnet machine Magnetohydrodynamics Permanent magnets Magnetic hydrodynamics Cylindrical melt bath Electromagnetic stirring Melt velocity Magnetohydrodynamic (MHD) technologies in the foundry production of aluminium alloys are implemented quite widely. They are used for melt mixing...

... be contacted at: michele.forzan@gmail.com 05 06 2019 02 08 2019 30 10 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Applied electromagnetism Magnetohydrodynamics Electromagnetic stirring (EMS) is nowadays widely applied...

...Maxim Khatsayuk; Viktor Timofeev; Viktor Demidovich Purpose The purpose of this study is research and development of the magnetohydrodynamics (MHD)-vortex technology. Design/methodology/approach The main instruments of research are mathematical modeling. For mathematical modeling used...

... 11 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Magnetic levitation Induction heating Time-domain modelling Magnetohydrodynamics Titanium alloys are increasingly used in aerospace and automotive applications. New melting...

... to immerse these inserts in mixer lining, thereby reducing the air gap without changing refractory lining thickness (Bolotin et al., 2017 ; Bolotin et al., 2018 ; Bolotin et al., 2019). Shape optimization Soft magnetic materials Finite element method Magnetohydrodynamics...

... Limited Licensed re-use rights only Finite element method Magnetohydrodynamics Linear machine Uniform impurity distribution is an important challenge for modern metallurgy. Electromagnetic (EM) stirring approach is a well-known method for control of heat and mass transfer of liquid...

... (1) it follows: (4) ∇ 2 ϕ ( r ) = ∇ · ( v ( r ) × B 0 ( r ) )   . Inverse problems Magnetohydrodynamics Integral equations Contactless inductive flow tomography Knowledge of the flow of liquid metals is of great interest in industrial...

... Magnetohydrodynamics Bubble flow Lattice Boltzmann Bubble motion is one of the most common gas–liquid flow phenomena and plays an important role in many industrial applications, such as nucleate boiling in reactors and cavitation in fluid machinery and metallurgy (Johansen et al., 1987). The motion...

... Mathematical modelling Optimization Coupled phenomena Magnetohydrodynamics Functionally graded material Numerical optimization Functional gradient materials are now one of intensively developing areas of the materials science. The reason of that is the characteristic feature of these materials...

... the superheat is rather low, and the outflow jet temperature is just above the melting temperature. © Emerald Group Publishing Limited 2011 Induction melting Magnetohydrodynamics Free surface dynamics AC electrodynamics Titanium powder production Mathematical modelling...

...‐dimensional transient analysis Nanotechnology Magnetohydrodynamics In general, the treatment planning in magneto‐fluid hyperthermia requires to design the magnetic field source in order to obtain a uniform magnetic field, and also to identify the magneto‐fluid sizing in order to govern intensity...

..., e′, f′) for f′≠f vanish, because 〈f′; w^f〉=0 in that case, a basic property of Whitney forms. © MCB UP Limited 2003 Contraction Extrusion Generalized finite differences Whitney forms Gauging Magnetohydrodynamics...