理解和预测绕椭球的流动对指导飞行器和潜艇等交通工具的设计具有很强的工程意义. 近年来,
针对椭球绕流开展了大量的实验和数值模拟研究. 对有攻角下椭球绕流分离的定性描述和定量 …

Numerical simulations are performed for the flow around an inclined 5: 2 prolate spheroid in
a uniform freestream. The Reynolds number (Re= 300, 500, 700, and 1000) and incidence …

We present a detailed study of the turbulent wake behind a quarter-ring curved cylinder at
Reynolds number. The presence of the additional peak is ascribed to a strong favourable …

An experimental study has been conducted on the near wake of a 6: 1 spheroid, in both
uniform and stratified backgrounds. The pitch angle,. The geometry and strengths of the …

Understanding and predicting the flow around the prolate spheroid is of great engineering
significance to guide the design of vehicles such as aircraft and submarines. In recent years …

Flow around an inclined 5: 2 prolate spheroid with the incidence angle α= 45 is numerically
investigated in a uniform shear flow. The Reynolds number based on the inflow center …

The shear effect of co‐currently flowing water on the flow instabilities induced by swirling
steam was investigated. With shear, a 22–27% decrease in velocity fluctuation amplitude …

Pre-test simulations were performed of the high Reynolds number 6: 1 prolate spheroid
towing tank experiments to be carried out by the Office of Naval Research. The two …

Maritime vessel design has always presented a unique set of technical and engineering
challenges; so much so, the entire profession of Naval Architecture developed and …

This thesis presents the results of computational fluid dynamics (CFD) simulations predicting
the overall forces and moments acting on an inclined 6: 1 prolate spheroid in crossflow …