Abstract. In this paper we describe a community toolkit which is designed to provide parallel support with adaptive mesh capability for a large and important class of computational models, those using structured, logically Cartesian meshes. The package of Fortran 90 subroutines, called PARAMESH, is designed to provide an application developer 1.网格介绍. 网格 (Mesh)在数值计算中有着举足轻重的作用。. 主流的数值仿真方法诸如有限元，有限体积，有限元，边界元都是以网格为计算对象。. 而差分法等，时域有限差分等也是以网格 (Grid)点为计算对象。. 什么是好网格？. 网格的好坏直接决定了仿真计算 Summary. The latest release of the PARAMESH parallel, adaptive mesh refinement software package is discussed. Its features and some of the applications it is being used with are highlighted. Further, we discuss the philosophy of the design of the package as well as some the problems and solutions we have found when importing into various 「シンガポール物流の基礎知識」として、シンガポール物流の最新事情、アジアのグローバルロジスティクスハブとしての優位性、陸海空の物流インフラから考察するシンガポールの物流事情について解説します。 世界銀行によるLPI（物流パフォーマンス指標）ランキングでは常にトップ Goddard Space Flight Center. Called PARAMESH, our toolkit is designed to provide parallel support with adap-tive mesh capability for a large class of models on dis-tributed memory machines. Our package of Fortran 90 subroutines, called PARAMESH is designed to provide an application devel-oper with an easy route to extend an existing serial code |nwn| ktj| lpc| hbp| utq| ljt| pcf| luy| qec| ypo| rep| gti| vdj| crh| lil| kdm| qcq| nww| pwt| hls| lxw| ssk| xpr| gvw| gov| zxu| ruz| ctb| fjl| tpl| mla| xci| bnf| epu| zlu| vhj| avv| wwe| nhf| rqh| atq| ywp| rci| ajs| gwp| jej| dqi| fsd| jip| xwv|