Causality and stability in relativistic viscous magneto-fluid dynamicsdoi:10.1007/JHEP10(2020)171Rajesh BiswasAshutosh DashNajmul HaqueShi PuVictor RoySpringer Berlin Heidelberg
On a method for vibration analysis of viscous compressible fluid2structure systems [ J ] . Interna2 tional J ournal for Numerical Methods in Engineering , 2004 , 59 (1) : 1703 1723.On a method for vibration analysis of viscous compressible fluid-structure systems. Mokeyev Vladimir V. ...
Causality and stability in relativistic viscous non-resistive magneto-fluid dynamicsdoi:10.1007/JHEP10(2020)171Rajesh BiswasAshutosh DashNajmul HaqueShi PuVictor Roy
We compute the dispersion relation by perturbing the fluid variables around their equilibrium values. In the ideal magnetohydrodynamics limit, the linear dispersion relation yields the well-known propagating modes: the Alfv茅n and the magneto-sonic modes. In the presence of bulk viscous pressure, ...
On the other hand, when a fluid flows over a curved surface, like a cone, it is forced to speed up and conform to the surface’s curvature. This leads to a thinner thermal boundary layer and a higher rate of heat transfer. Referring to Table 2, as we increase the Eyring–Powell ...
On the other hand, when a fluid flows over a curved surface, like a cone, it is forced to speed up and conform to the surface’s curvature. This leads to a thinner thermal boundary layer and a higher rate of heat transfer. Referring to Table 2, as we increase the Eyring–Powell ...
Modelling of flexible fibres in shear flows of molten thermoplastic matrix requires a coupling of a flexible solid structure and a highly viscous fluid to address information transfer between the fluid (pressure p and velocity v) and the solid domain (stress 𝜎σ and deformation u) [32]. Seve...