首页> 外文会议>ASME International Mechanical Engineering Congress and Exposition >ANALYSING A DESIGN AND TECHNOLOGY DEVELOPMENT FRAMEWORK THROUGH THE IMPLEMENTATION OF A PROTOTYPE COMPOSITE VEHICLE SUSPENSION SYSTEM
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ANALYSING A DESIGN AND TECHNOLOGY DEVELOPMENT FRAMEWORK THROUGH THE IMPLEMENTATION OF A PROTOTYPE COMPOSITE VEHICLE SUSPENSION SYSTEM

机译:通过实施原型复合车辆悬架系统来分析设计和技术开发框架

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A uniquely configured suspension system, manufactured primarily of lightweight composite materials, is required for the University of Johannesburg's solar powered race vehicle. For this design to reach successful completion, an assessment framework is introduced that would scrutinise and analyse different stages of the development. The focus of this paper is on the design and development of a prototype composite vehicle suspension system and assessing the framework implemented to control the research and development process of composite components.
机译:Johannesburg大学的太阳能动力赛车需要一个主要由轻质复合材料制造的独特配置的悬架系统。对于这种设计来达到成功完成,介绍了评估框架,这将仔细审查和分析发展的不同阶段。本文的重点是对原型复合车辆悬架系统的设计和开发,并评估了控制复合部件的研究和开发过程的框架。

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