钣金展开是加工过程中最重要的一道工序。
The unfold of sheet metal is the most important work of the process.
加工制造中，钣金结构件展开长度的精确计算是保证其得到较高的质量而不可忽视的重要环节。
The exact length calculation of sheet metal structure work is the key to ensure better quality of product.
以钣金展开设计系统为研究对象，研究了ASP的运行模式和分布式协同设计的相关理论。
By an investigation to the system design on sheet metal unfolding, the running mode of ASP and the relative theory of distributed collaborative design are studied.
主要介绍了基于有限元的钣金零件展开排样系统及设计流程，通过某零件的展开算例验证了这种方法是一种计算精度高，时间短的有效设计工具。
Expanding and nesting design flow of blank based on FEM has been presented. Some part case has verified that the method is efficient with high precision and low time.
文中根据展开方式的不同对钣金构件进行了分类，并设计完成了典型钣金构件的自动展开系统。
In this thesis, a new method of spread out drawing was put forward, on the base of summing-up and analysis of the traditional way.
文中根据展开方式的不同对钣金构件进行了分类，并设计完成了典型钣金构件的自动展开系统。
In this thesis, a new method of spread out drawing was put forward, on the base of summing-up and analysis of the traditional way.
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