1) multi-meshes
多套网格
2) Multiple nesting grid
多重套网格
3) moving multi-block chimera structure grid technique
多块嵌套结构动网格
1.
Two-dimensional simulations about the separation of the interceptor missile shroud covers have been completed using moving multi-block chimera structure grid technique.
采用多块嵌套结构动网格技术数值模拟了拦截导弹的热保护罩的二维分离过程。
4) nested grid
嵌套网格
1.
According to the observed field data of hydrology and sediment in Yalu River estuary,mathematical models with multiple nested grids of tidal current and sediment in estuary had been set up by using of MIKE 21 FM module,covering the area from Jiangqiao bridge in Dandong city to 6~7 m isobath.
在分析鸭绿江河口实测水文泥沙资料的基础上,采用MIKE21 FM模块建立了基于多重嵌套网格模式的河口潮流场和泥沙场数学模型,模型范围为上游丹东市的江桥至河口江海分界线以外6~7 m等深线附近,并对2个潮位站、15个流速流向和含沙量测站进行了验证,对现状条件下的河口水域流场和泥沙场进行了数值模拟与分析。
5) grid nesting
网格嵌套
1.
Based on the international advanced model system——the Regional Atmospheric Modeling System (RAMS) and by means of new multi\|layer grid nesting technique, a multi-scale meteorology numerical forecasting model system has been finished, which can make simulation for regional and city\|scale systems synchronized or paralleled.
基于区域大气模拟系统 (RAMS) ,采用水平网格嵌套等方法 ,实现了使用同一模式对区域尺度和城市尺度气象场的同步模拟。
6) Chimera grid
嵌套网格
1.
The complicated geometrical relations between the disk and the high-lift systems are solved by using chimera grid technique.
采用嵌套网格技术处理桨盘与机翼间复杂的几何关系。
2.
The influence of blade thickness and torsion on the flow field at low Reynolds number for rotor in a hover is studied with the Chimera grid technique.
运用嵌套网格技术研究了浆叶的厚度和扭转对低雷诺数旋翼流场的影响。
3.
Failing to find details about chimera grid calculation in the open lecture, we researched and developed such details ourselves.
严格考虑副翼端面和机翼切口流动而运用嵌套网格方法 ,生成了带副翼三维机翼的计算网格。
补充资料:套网干燥器
分子式:
分子量:
CAS号:
性质:带式干燥器的一种特殊类型。运输网带由金属网制成,作垂直运动,仅适用于干燥由悬浮液经过 滤后所获得的膏状或稠状物。在套网干燥器中,湿物料和热空气按逆流运动。其特点是在套网的两面都可以蒸去水分,所以干燥面积大,生产能力也特别大。有时与连续操作的转筒真空过滤器联合使用。
分子量:
CAS号:
性质:带式干燥器的一种特殊类型。运输网带由金属网制成,作垂直运动,仅适用于干燥由悬浮液经过 滤后所获得的膏状或稠状物。在套网干燥器中,湿物料和热空气按逆流运动。其特点是在套网的两面都可以蒸去水分,所以干燥面积大,生产能力也特别大。有时与连续操作的转筒真空过滤器联合使用。
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