… 0 , which in turn induces a flow inside the liquid metal due to Lorentz … numerical simulations
(DNS). We present results from realizations with four different parameter sets, covering flows …

… This paper presents three-dimensional direct numerical simulations of liquid metal flow
around a circular cylinder placed symmetrically in a rectangular duct, under a wide range of …

… MHD flows is needed. The dimensionless parameter characterizing MHD flows is the Hartmann
number M. … MHD flows at large Hartmann numbers have been studied extensively by the …

… the results of a numerical simulation of homogeneous MHD turbulence. These flows are
three-… Reynolds numbers attained in these direct numerical simulations were restricted to …

… MHD turbulent flows at higher magnetic Reynolds number, which find applications in many
… a numerical simulation of decaying MHD turbulence at unit magnetic Prandtl number was …

… numerical simulations DNS, we have developed a model of magnetohydrodynamic MHD …
The MHD effects are accounted for in the transport equations for the turbulent stress tensor …

… has been interested in the application of the MHD principles for flow control in the design of
… classical MHD flows. Particular attention has been devoted in understanding the MHD effect …

… magnetohydrodynamic flows is presented. The flow solver can simulate the full
magnetohydrodynamic equations or simplified equations based on the low magnetic Reynolds …

… the generation of magnetohydrodynamic (MHD) complex flows in a … MHD flows are discussed
based on the induced Lorentz forces: axial, transverse, sinusoidal, and multivortical flows…

… '21: the geometry of the flow and the action of a body … in MHD flows with low magnetic
Reynolds number is an example of such a case. Narasimha22 discussed the phenomenon of MHD …