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An object-oriented modular framework for implementing the finite element method

机译:用于实现有限元方法的面向对象的模块化框架

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摘要

The object oriented programming technique can greatly improve the implementation efficiency, extendibility and ease of maintenance of large engineering software. In this paper, an object-oriented framework for implementing the finite element method is presented. The framework was designed to exploit the commonalties in the methodology between the numerous types of analysis, applied loads, constraints and equation solving algorithms so that duplication is minimized and software reuse is maximized when new capabilities are added to the software. Furthermore, the framework ensures that minimal or no modifications are required to previously implemented functions and classes when the software is extended.
机译:面向对象的编程技术可以大大提高大型工程软件的实现效率,可扩展性和易于维护。本文提出了一种用于实现有限元方法的面向对象的框架。该框架旨在利用众多分析类型,应用负载,约束和方程求解算法之间的方法学共性,以便在向软件中添加新功能时,最大限度地减少重复,并最大程度地提高软件重用性。此外,该框架可确保在扩展软件时对先前实现的功能和类进行最少的修改或不需要进行任何修改。

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