CONCURRENT ENGINEERING : Research and Applications Modelling Manufacturing Capability to Support Concurrent Engineering
CONCURRENT ENGINEERING : Research and Applications Modelling Manufacturing Capability to Support Concurrent Engineering
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发表时间：
2006
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通讯作者：
A. Molina;Timothy;lan;Andrew;Ellis;Robert lan Marr;Young;R. Bell
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作者：
A. Molina;Timothy;lan;Andrew;Ellis;Robert lan Marr;Young;R. Bell
为用户和应用程序提供一致的制造信息源是并行工程CAE支持成功的关键。本文描述了一个旨在实现这一作用的信息模型。该信息模型被称为“制造模型”，旨在使特定设备的制造能力得到可靠的表示。该模型由三种类型的信息组成，即制造资源、流程和战略制造模型基于事实标准分为四个层次（即，工厂、商店、单元，车站）该信息模型已在EXPRESS中建模，并使用Booch面向对象方法进行开发。为了验证该方法的特性和功能，一些复杂的现代车削中心和相关的制造过程制造模型是面向模型的同步工程系统（MOSES）原型研究系统的一个关键要素，它旨在比传统的CAE系统更有效地支持并行工程
Providing a consistent source of manufacturing information to both users and applications is key to the successful CAE support of concurrent engineering This paper describes an information model that aims to fulfill this role This information model, which has been named the "Manufactunng Model," is intended to enable the manufacturing capability of a particular facility to be reliably represented The model consists of three types of information, namely manufacturing resources, processes and strategies The Manufacturing Model has four levels based on a de-facto standard (i e , Factory, Shop, Cell, Station) This information model has been modelled in EXPRESS and developed using the Booch Object Oriented Methodology In order to validate this approach the characteristics and capabilities of a number of complex contemporary turning centres and related manufacturing processes have been modelled at the Station Level An experimental software implementation of the Station level has been developed using DEC Object/DB and C ++ The Manufacturing Model is one key element of a prototype research system called the Model Oriented Simultaneous Engineering System (MOSES) which aims to support concurrent engineering more effectively than conventional CAE systems