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A Numerical Study of the Drag Reduction of a Transonic Projectile with Porous Surfaces and Slots

机译：具有多孔表面和缝隙的跨音速弹丸减阻的数值研究

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来源
《24th Applied Aerodynamics Conference》|2006年|P.1-13|共13页
会议地点 San Francisco CA(US)
作者
A. Ibrahim; A. Filippone;
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作者单位

University of Manchester, Manchester, Great Britain;

University of Manchester, Manchester, Great Britain;

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会议组织
原文格式 PDF
正文语种
中图分类空气动力学;
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1. Computational drag and lift for a transonic flow past a SOCBT projectile with and without porous surface at angles of attack [J] . Jih-Lan HSIUNG, Shing-Chung ONN, Nai-Chung YANG JSME International Journal. Series B . 1997,第1期

机译：跨音速流经过SOCBT子弹时的有声和无声表面的计算阻力和升力
2. Effect of Streamwise Slots on the Drag of a Transonic Projectile [J] . A. Ibrahim, A. Filippone Journal of Aircraft . 2007,第6期

机译：流向缝隙对跨音速弹丸阻力的影响
3. Effect of Porosity Strength on Drag Reduction of a Transonic Projectile [J] . A. Ibrahim, A. Filippone Journal of Aircraft . 2007,第1期

机译：孔隙强度对跨音速弹丸减阻的影响
4. A Numerical Study of the Drag Reduction of a Transonic Projectile with Porous Surfaces and Slots [C] . Applied Aerodynamics Conference . 2006

机译：多孔表面和槽减速跨音射弹减小的数值研究
5. A Numerical and Theoretical Study of Drag Reduction Using Superhydrophobic Surfaces [D] . Li, Yixuan. 2018

机译：超疏水表面阻力减少的数值与理论研究
6. Experimental Study on Drag Reduction Characteristics of Bionic Earthworm Self-Lubrication Surface [O] . Guomin Liu, Xueqiao Wu, Meng Zou, 2019

机译：仿生Earth自润滑表面减阻特性的实验研究
7. Computational Drag and Lift for a Transonic Flow past a SOCBT Projectile with and without Porous Surface at Angles of Attack. [O] . Jih-Lan HSIUNG, Shing-Chung ONN, Nai-Chung YANG 1997

机译：计算阻力和升降横向流过SOCBT射弹，在攻击角度的角度下没有多孔表面。

A Numerical Study of the Drag Reduction of a Transonic Projectile with Porous Surfaces and Slots

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