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A FRAMEWORK SUPPORTING COLLABORATIVE OPTIMISATION FOR MULTI PROFESSIONAL DESIGN TEAMS

机译：支持多专业设计团队的框架协同优化

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摘要

Today in industry, product development is becoming an increasingly complicated activity and design teams can be composed of people from different cultures who are geographically dispersed. This project investigates the problems caused when required to work between engineers from different domains (differing 'professional cultures), in order to suggest new approaches and to develop a framework supporting collaborative global design. A general cultural study was made to analyse the product development processes within mechanical and electrical engineering that identified optimization as being a key stage in the development of electromagnetic products. Electrical engineers often use an analytical optimization environment to give dimensions to an 'overall' initial electromagnetic structure. Segregated analysis carried out by mechanical engineers at this stage can be very inefficient and ineffective. Analysing a specific example, the dimensioning of a spring in an electromagnetic plunger, has highlighted the advantages offered by improving collaboration. What has been proposed is an integrated approach to optimization, which involves mechanical and electrical engineers working together to jointly dimension a structure. An ICT (Internet Collaboration Tool) prototype supporting this type of work has been developed and optimization results can now be disseminated automatically to all of the designers in a global design team. This is a step in the development of a computer environment supporting collaborative design for multidisciplinary teams.
机译：在当今的工业中，产品开发正变得越来越复杂，设计团队可以由地理位置不同的不同文化背景的人组成。该项目调查了当需要来自不同领域（不同的“专业文化”）的工程师之间进行工作时所引起的问题，以便提出新的方法并开发一个支持全球协作设计的框架。进行了一项全面的文化研究，以分析机电工程中的产品开发过程，并将优化确定为电磁产品开发的关键阶段。电气工程师经常使用分析优化环境来确定“整体”初始电磁结构的尺寸。机械工程师在此阶段进行的隔离分析可能非常低效和无效。通过分析一个特定的例子，电磁柱塞中弹簧的尺寸已突出显示了改善协作所带来的优势。已经提出了一种用于优化的集成方法，该方法涉及机械和电气工程师一起工作以共同确定结构的尺寸。已经开发了支持此类工作的ICT（互联网协作工具）原型，并且可以将优化结果自动分发给全球设计团队中的所有设计师。这是支持多学科团队协作设计的计算机环境开发的一个步骤。

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