1) supercavity form
超空泡形态
1.
In order to investigate the supercavity form and the hydrodynamic characteristic of highspeed vehicle,cavitating flow at small angel of attack around highspeed vehicle was investigated by numerical simulation using the commercial CFD software Fluent6.
为研究小攻角下水下高速航行体超空泡形态及水动力特性,利用商业CFD软件Fluent6。
2) cavity form
空泡形态
1.
Study on relations between cavity form and typical cavitor parameters;
空泡形态与典型空化器参数关系的研究——小空泡数下的发展空泡形态
2.
The effect on small angle of attack for cavity form around underwater high speed projectile was analyzed.
在此基础上,采用三维求解器对非零攻角下射弹的空泡流动特性进行仿真研究,分析了小攻角对超高速射弹的空泡形态特性影响规律,为进一步研究水下超高速射弹的水动力特性和弹道特性等问题提供了理论基础。
3) cavity shape
空泡形态
1.
Study of similarity of cavity shape in ventilation supercavitating experiment with strutting at nose section and cavitator designing
头支撑方式下通气超空泡形态相似与空化器设计研究
2.
A series of underwater vehicle model experiments for the supercavity shape property are carried out at high speed water tunnel with ventilation method.
在高速水洞中运用人工通气方法进行了航行体模型超空泡形态特性的系列实验研究。
3.
Natural supercavity shape and its drag reduction at small cavitation number have been numerically simulated with Finite Difference code CFD.
利用商业CFD软件对小空泡数下的自然超空泡形态和减阻效果进行了数值仿真研究,通过对软件自定义函数的研究,将边界条件中的来流速度改写为时间的函数并嵌入到软件中,得到了非定常情况下加速度对自然超空泡形态和减阻效果的影响规律。
4) supercavitation forming mechanism
超空泡形成机理
5) supercavitation
['sju:pə,kævi'teiʃən]
超空泡
1.
Edge location and detection in supercavitation s digital imagery;
超空泡实验中的数字图像检测
2.
Research progress of supercavitation hydrodynamics;
超空泡流体动力学研究进展
6) supercavity
超空泡
1.
Experimental investigation of pressure distribution in ventilated supercavity of underwater vehicle model;
水下航行体通气超空泡内压强分布实验研究(英文)
2.
Research on the relation of cavitator profile and supercavity drag reduction;
空化器线形与超空泡减阻效果关系研究
3.
Numerical simulated research on the supercavity anti-drag characteristic of underwater high speed body;
水下高速航行体超空泡减阻特性数值模拟研究
补充资料：超空
1.山魅名。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条