The finite element technique is the key technique of the computer assistance engineering analysis (CAE).
有限元技术是计算机辅助工程分析(CAE)的关键技术。
This paper discusses the advance of computer aided design, analysis and optimum in packaging engineering, and introduces the technology of net aided packaging design.
结合包装工程学科的有关领域，论述了计算机辅助包装设计、分析与优化的若干进展，介绍了网络辅助包装设计技术。
In recent years, with the fast development of computer technology, the Finite Element Method (FEM) has become one of the most powerful analysis tools available in solving complex engineering problems.
近年来，随着计算机技术的飞速发展，有限元方法已经成为复杂工程问题求解中最强大的数值分析方法之一。
The study demonstrated that the efficiency of a sequential construction analysis with the present computer and soft-ware technology can satisfy the requirements of practical engineering design.
研究表明，现有软硬件技术条件下，施工模拟计算的效率可以满足实际工程分析的要求。
They will be able to use these methods in subsequent courses in the design and analysis of algorithms, computability theory, software engineering, and computer systems.
尔后课程中将可利用这些方法来设计与分析演算法、可计算理论、软体工程与电脑系统。
The issue of packaging engineering curriculum system Introduction to the research, analysis, computer-aided teaching software through the establishment of a comprehensive platform for teaching aids.
本课题通过对包装工程导论课程体系的研究、分析，通过计算机辅助教学软件建立一个全面的教学辅助平台。
Therefore, applying the basic data of geologic survey and computer techniques to realize 3d modeling and visual analysis of engineering geology is the long-term aim we have been pursuing for.
因此，充分利用工程地质勘察的基本资料，运用计算机软件技术，实现工程地质三维建模和可视化分析是人们一直以来追求的目标。
Therefore, applying the basic data of geologic survey and computer techniques to realize 3d modeling and visual analysis of engineering geology is the long-term aim we have been pursuing for.
因此，充分利用工程地质勘察的基本资料，运用计算机软件技术，实现工程地质三维建模和可视化分析是人们一直以来追求的目标。
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