1) infinite fluid field
无限大流场
1.
The infinite fluid field is simulated by the artificial boundary which has sufficient size.
提出无限大流场中多体运动计算的动态差分网格。
2) unbounded fluids
无限域流场
1.
Based on the theoretical formula of fluid force acting on a lateral vibrating cylinder immersed in unbounded fluids,expressions for dimensionless dynamically additive mass and damping are obtained by inductive definition and non-dimensionalization.
根据文献报道的圆柱体在无限域流场中横向振动时受到的流体作用力解析表达式,通过归纳定义和无量纲化处理得到了代表圆柱体在流体中动力学特性的无量纲动力附加质量和无量纲动力附加阻尼表达式,又通过分析各种因素对动力附加质量和动力附加阻尼的影响,研究了圆柱体在无限域流场中横向振动时的动力学特性。
3) semi-infinite liquid field
半无限域流场
1.
This method is extended to the semi-infinite liquid field problems, which has a wider application in engineering, by modifying the fundamental solution of Laplace equation using mirror method and superposition method.
在此基础上 ,通过映象法和迭加原理修改 Laplace方程的基本解 ,将该方法推广到半无限域流场的情况 ,适用范围更广 。
4) finite gas flow field
无限瓦斯流场
1.
The respective gas emission laws of infinite and finite gas flow field were studied, and then the prediction method of gas emission quantity suitable for double tunneling was proposed.
按照瓦斯来源的不同把双巷掘进工作面煤壁瓦斯涌出分为无限瓦斯流场瓦斯涌出和有限瓦斯流场瓦斯涌出2部分,研究其各自的瓦斯涌出规律,最后提出适合双巷掘进工作面煤壁瓦斯涌出量预测的方法。
5) IIC
初始无限大渗流集团IIC
6) infinite plate
无限大板
1.
Steady-state response of infinite plate on Kelvin foundation subjected to moving loads;
移动荷载下Kelvin地基上无限大板的稳态响应
2.
To investigate the dynamic response of freeway pavement system induced by moving vehicles,an infinite plate on Kelvin foundation subjected to moving load was employed to model the pavement system under running vehicles.
针对高速交通体系引起的结构与地基振动问题,采用移动荷载作用下Kelvin地基上的无限大板作为力学分析模型,分析了运动车辆荷载作用下路面体系的动力响应。
3.
Two new solutions to an infinite plate on two parameter foundation under a concentrated force are given for G 2 p ≥4kD respectively.
就Ｇ２ｐ≥４ｋＤ的情况给出了双参数地基上无限大板受集中力作用的两个新解。
补充资料：大流
大流，原名刘同兴，山西临汾人。中共党员。1962年毕业于山西艺术学院音乐系。历任山西省歌舞剧院乐队演奏员、资料室资料员、专业创作人员(编剧)、艺术创作室主任、党总支副书记，一级编剧。1983年开始发表作品。1984年加入中国作家协会。著有大型歌剧剧本《希望之火》，电视连续剧剧本《中国有个工人旅》(10集)，电视剧剧本《黄与黑》(3集)，长篇小说《老河底》、《老六闸》，歌词《路之歌》等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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