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Characterization of cementitious materials by advanced concurrent algorithm-based computer simulation systems

机译:基于先进的并发算法的计算机仿真系统表征水泥材料

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The traditional discrete element computer simulation system in concrete technology is based on random generators referred to as sequential random (particle) addition (SRA) systems. They generate particles that are not spaced according to situations met in the actual material. This paper indicates the technological relevance of upgrading the concurrent algorithm-based discrete element computer simulation system SPACE discrete element facilities into a new discrete element system, HADES, which can encompass arbitrary particle shapes. The generation of particles is described as is the way particulate structure is formed. The technologically relevant fields are briefly indicated requiring exploration by this concurrent algorithm-based system. Such activities will be undertaken on short terms at Delft University of Technology.
机译:混凝土技术中传统的离散元件计算机仿真系统基于随机发生器称为顺序随机(粒子)添加(SRA)系统。它们产生根据实际材料中满足的情况不间隔开的颗粒。本文表示将基于并发算法的离散元件计算机模拟系统空间离散元件设施升级到新的离散元件系统中的技术相关性,散列可以包围任意粒子形状。描述的颗粒的产生是形成颗粒结构的方式。简要说明技术相关领域需要通过这种基于并发算法的系统探索。这些活动将在Delft技术大学的短篇小说中进行。

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