剑桥大学出版社期刊
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作者:Mohammad Reza Najjari , Christopher Cox , Michael W. Plesniak
来源:[J].Journal of Fluid Mechanics(IF 2.183), 2019, Vol.876, pp.481-526Cambridge U Press
摘要:$180^{\circ }$]]> curved pipe are investigated both numerically and experimentally to understand secondary flow vortex formation and interactions. The results of numerical simulations and particle image velocimetry experiments are highly correlated, with a low error. To enab...
作者:SEAN D. PETERSON , MICHAEL W. PLESNIAK
来源:[J].Journal of Fluid Mechanics(IF 2.183), 2008, Vol.616, pp.263-301Cambridge U Press
摘要:The results of an experimental investigation to determine the influence of two physiologically relevant inlet conditions on the flow physics downstream of an idealized stenosis are presented. The two inlet conditions are an asymmetric mean inlet velocity profile and an asymmetric...

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