MHD Flow in the Duct with Perfectly Conducting Hartmann Walls and Slip Condition on Side Walls

Proceedings of the 10th PAMIR International Conference "Fundamental and Applied MHD" 2016
Ilona Dzenīte, Aleksandrs Matvejevs, Jeļena Liģere

This paper provides the theoretic background on a fully developed MHD flow of a conducting fluid in a rectangular duct which has perfectly conducting Hartmann walls, insulating side walls and a slip boundary condition applied to the side walls. An exact analytical solution of the problem is obtained in the form of convergent series. The effect of the slip length and the Hartmann number on the fluid velocity is analyzed. The volumetric flow rate and pressure drop coefficient are evaluated.

Atslēgas vārdi
Boundary layer, magnetohydrodynamic duct flow, slip boundary condition
Hipersaite
http://www.diee.unica.it/pamir2016/

Dzenīte, I., Matvejevs, A., Liģere, J. MHD Flow in the Duct with Perfectly Conducting Hartmann Walls and Slip Condition on Side Walls. No: Proceedings of the 10th PAMIR International Conference "Fundamental and Applied MHD", Itālija, Cagliari, 20.-24. jūnijs, 2016. Cagliari: PAMIR Centre,, 2016, 279.-283.lpp. ISBN 978-88-90551-93-2.

Publikācijas valoda
English (en)