Modelling Elastic and Plastic Material Properties with the Movable Cellular Automata

机译：使用可移动蜂窝自动机建模弹性和塑料材料性能

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摘要

The Movable Cellular Automata (MCA) method is usually applied for modelling behaviour of elastic, brittle and granular material under various modes of mechanical loading. This paper presents principles and results of numerical simulations experiments of elastic and plastic material behaviour with this method.

机译：可移动蜂窝自动机（MCA）方法通常用于在各种机械负载模式下建模弹性，脆性和颗粒材料的建模。本文介绍了这种方法的弹性和塑料材料行为数值模拟实验的原理和结果。

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《International Conference of Numerical Analysis and Applied Mathematics》|2014年||共4页
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Dorota Aniszewska; Marek Rybaczuk;
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正文语种
中图分类计量学;
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physical mesomechanics; Newton dynamics; velocity-Verlet algorithm;

机译：物理化学力学;牛顿动力学;速度 - 法术算法;

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1. Development of a formalism of movable cellular automaton method for numerical modeling of fracture of heterogeneous elastic-plastic materials [J] . S. Psakhie, E. Shilko, A. Smolin, Frattura e Integrita Strutturale . 2013,第24期

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3. Fractal characteristics of defects growth in porous ceramics modeled with the Movable Cellular Automata [J] . Dorota Aniszewska Applied Mathematical Modelling . 2015,第8期

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4. Modelling Elastic and Plastic Material Properties with the Movable Cellular Automata [C] . Dorota Aniszewska, Marek Rybaczuk International Conference of Numerical Analysis and Applied Mathematics . 2014

机译：使用可移动蜂窝自动机建模弹性和塑料材料性能
5. Constitutive models and finite element formulations for elastic-plastic materials at large-strain deformations. [D] . Lu, Jia. 1999

机译：大应变变形下弹塑性材料的本构模型和有限元公式。
6. Quantifying the Mechanical Properties of Materials and the Process of Elastic-Plastic Deformation under External Stress on Material [O] . Jan Valíček, Marta Harničárová, Andreas Öchsner, 2015

机译：量化材料的机械性能以及材料在外力作用下的弹塑性变形过程
7. Development of a formalism of movable cellular automaton method for numerical modeling of fracture of heterogeneous elastic-plastic materials [O] . Psakhie S., Shilko E., Smolin A., 2013

机译：可移动元胞自动机方法形式化用于异质弹塑性材料断裂数值模拟的发展

Modelling Elastic and Plastic Material Properties with the Movable Cellular Automata

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