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 collar grid
 collar网格
 Collar Grid and Virtual Grid Methods in Embedding Technique 嵌套网格技术中的Collar网格和虚拟网格方法 短句来源 The collar grids obtained using hyperbolic partial equations are used in embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions,which can not be well coped with in previous works. With diffirent boundary plane generated along diffirent intersection surface,the collar grid method can ensure to generate high quality grids and to provide real interpolating cells for the boundary points in the blanking regions. 本文应用双曲型方程生成表面网格和空间网格的方法生成Collar网格 ,并将Col lar网格应用到嵌合体技术中 ,在保证计算网格的生成方便快捷而且网格质量高的前提下 ,有效地解决了为物体结合部的内外边界点寻找插值单元的问题。 短句来源 The Collar grid method and the virtual grid method are jointly used in the embedding technique to solve the problem of finding the interpolating cells among the internal and external boundary points near the joint regions. 针对嵌套网格技术中的结合部问题,提出了Collar网格和虚拟网格方法. 短句来源 With different boundary planes generated along different fixed surfaces, the Collar grid obtained using the hyperbolic partial differential equations can ensure to generate high\|quality grids and to provide real interpolating cells for the boundary points on the joint regions. 用双曲型微分方程生成的处于结合部的有两个边界分别处于不同固定曲面上的Collar网格,在保证计算网格的生成方便快捷而且网格质量高的前提下,解决了为物体结合部的内外边界点提供有效插值单元的问题. 短句来源 The joint grid system, which consists of the modified collar grid, the virtual grid and other grids, has been used in the embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions. With different boundary plane generated along di fferent fixed surface, the collar grid obtained using hyperbolic partial equatio ns can ensure to generate highquality grids and to provide real interpolating c ells for the boundary points in the blanking regions. 对应用于嵌套网格技术中的Collar网格思想进行了拓宽,提出了建立结合部网格系统的思想,使得对于复杂的组合体,Collar网格的生成都非常容易,并将其与虚拟网格和其他网格相结合,在保证计算网格的生成方便快捷而且网格质量高的前提下,成功地解决了嵌套网格技术中的结合部问题。 短句来源
 “collar grid”译为未确定词的双语例句
 Generation of the collar grid used in embedding technique Collar网格的生成及其在嵌合体技术中的应用 短句来源
 相似匹配句对
 Generation of the collar grid used in embedding technique Collar网格的生成及其在嵌合体技术中的应用 短句来源 Collar Grid and Virtual Grid Methods in Embedding Technique 嵌套网格技术中的Collar网格和虚拟网格方法 短句来源 Grid Technology 网格技术 短句来源 Grid computing 网格计算 短句来源 Collar-coding 解读“衣领” 短句来源

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 The collar grids obtained using hyperbolic partial equations are used in embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions,which can not be well coped with in previous works.With diffirent boundary plane generated along diffirent intersection surface,the collar grid method can ensure to generate high quality grids and to provide real interpolating cells for the boundary points in the blanking regions.The... The collar grids obtained using hyperbolic partial equations are used in embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions,which can not be well coped with in previous works.With diffirent boundary plane generated along diffirent intersection surface,the collar grid method can ensure to generate high quality grids and to provide real interpolating cells for the boundary points in the blanking regions.The computational results of aircraft show that the current developed embedding technique can more accurately predict the flow over complex configuration with intersecting surfaces. 本文应用双曲型方程生成表面网格和空间网格的方法生成Collar网格 ,并将Col lar网格应用到嵌合体技术中 ,在保证计算网格的生成方便快捷而且网格质量高的前提下 ,有效地解决了为物体结合部的内外边界点寻找插值单元的问题。经数值计算验证 ,用本文方法求解有结合部的复杂组合体绕流可以得到精确可靠的数值结果。 The Collar grid method and the virtual grid method are jointly used in the embedding technique to solve the problem of finding the interpolating cells among the internal and external boundary points near the joint regions. With different boundary planes generated along different fixed surfaces, the Collar grid obtained using the hyperbolic partial differential equations can ensure to generate high\|quality grids and to provide real interpolating cells for the boundary points on the joint... The Collar grid method and the virtual grid method are jointly used in the embedding technique to solve the problem of finding the interpolating cells among the internal and external boundary points near the joint regions. With different boundary planes generated along different fixed surfaces, the Collar grid obtained using the hyperbolic partial differential equations can ensure to generate high\|quality grids and to provide real interpolating cells for the boundary points on the joint regions. The main purpose of the virtual grid is to convert a solid wall boundary condition into an interface condition while no fluid flow computations are conducted within the virtual grid. The computational results of several configurations show that the currently developed embedding technique with Collar grid and virtual grid can effectively treat the geometrical configuration and can more accurately predict the flow over complex configurations with intersecting surfaces. 针对嵌套网格技术中的结合部问题,提出了Collar网格和虚拟网格方法.用双曲型微分方程生成的处于结合部的有两个边界分别处于不同固定曲面上的Collar网格,在保证计算网格的生成方便快捷而且网格质量高的前提下,解决了为物体结合部的内外边界点提供有效插值单元的问题.虚拟网格为紧贴物面的面网格,它的作用是将物面边界条件传递给其它网格的边界面,而其本身不作流场计算.计算实践表明,将Collar网格和虚拟网格结合起来应用在嵌套网格技术中能保证几何外形不发生变化,有效地处理各种复杂组合体外形的结合部问题. The joint grid system, which consists of the modified collar grid, the virtual grid and other grids, has been used in the embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions. With different boundary plane generated along di fferent fixed surface, the collar grid obtained using hyperbolic partial equatio ns can ensure to generate highquality grids and to provide real interpolating c ells... The joint grid system, which consists of the modified collar grid, the virtual grid and other grids, has been used in the embedding technique to solve the problem of finding interpolating cells of the internal and external boundary points near the joint regions. With different boundary plane generated along di fferent fixed surface, the collar grid obtained using hyperbolic partial equatio ns can ensure to generate highquality grids and to provide real interpolating c ells for the boundary points in the blanking regions. The virtual grid has been used to convert solid wall boundary conditions into an interface condition, howe ver, no fluid flow computations have been conducted within the virtual grid. The computational result of bodystrakewing shows that the current developed emb ed ding technique with joint grid system can effectively treat the geometry and can more accurately predict the flow over complex configuration with intersecting s urfaces.  对应用于嵌套网格技术中的Collar网格思想进行了拓宽,提出了建立结合部网格系统的思想,使得对于复杂的组合体,Collar网格的生成都非常容易,并将其与虚拟网格和其他网格相结合,在保证计算网格的生成方便快捷而且网格质量高的前提下,成功地解决了嵌套网格技术中的结合部问题。机身 边条 机翼组合体绕流计算的实例表明,将结合部网格系统应用在嵌套网格技术中能保证几何外形不发生变化,能有效地处理各种复杂组合体外形的结合部问题,对于嵌套网格的自动化生成具有一定的实际意义。
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