首页> 外文会议>HVAC Energy Efficiency Best Practice Conference >TRAINS, PLANES, AND AUTOMOBILES IN THE 21ST CENTURY - HOW DIGITAL PROTOTYPING ENABLES DESIGN AT THE 'SPEED OF THOUGHT'
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TRAINS, PLANES, AND AUTOMOBILES IN THE 21ST CENTURY - HOW DIGITAL PROTOTYPING ENABLES DESIGN AT THE 'SPEED OF THOUGHT'

机译:21世纪的火车,飞机和汽车 - 如何以“思想速度”设计设计

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Continued success in the transportation equipment market is the responsibility of individual corporate industrial designers and engineers who must continually understand trends and issues in the vastly multi-faceted industry, and rapidly create high quality, safe products to meet customer demands. A multitude of economic and competitive pressures face the industry today, and to surmount these pressures designers and engineers need the right tools to develop innovative designs productively and cost effectively. Increasingly, they are finding that digital prototyping tools provide an answer to these needs. In this presentation, Ed Martin, Senior Manager for Autodesk's Automotive and Transportation business, will examine design and engineering trends in this field and cite case study examples of why the rapid design and production process afforded by digital prototyping now enables transportation companies to design and manufacture at "the speed of thought." He will illustrate how digital prototyping can help in the creation of a single digital model that can be used in every stage of development, bridging the gaps that usually exist between conceptual design, engineering, mechanical design, electrical controls design, and manufacturing teams. Among the case studies that he will cite: How Autoliv uses digital prototyping to improve the manufacturing engineering process, resulting in an improved workflow and better collaboration with suppliers. How EDAG employs digital prototyping to efficiently develop Class A (Strak) models for vehicle interiors and exteriors directly from vehicle concept models. How ADEPT Airmotive used digital prototyping to develop a 320 horsepower general aviation engine that weighs approximately 28 percent less than a traditional piston engine of comparable horsepower and provides a fuel savings of approximately 30 percent. How Viking Yacht Company uses digital prototyping to improve the entire business process for motor yacht design, manufacturing, marketing, and customer service. Mr. Martin will also discuss trends that are shaping the way that transportation equipment is designed, manufactured, and marketed in today's global economy, with special focus on: Going global - established global companies are increasing the amount of design and development work that is performed outside of their traditional bases; Looking good - to remain relevant in an increasingly crowded marketplace, companies; need to produce products that appeal to the end customer; Lean gets leaner - increasingly, successful companies are adopting strategies to simultaneously improve flexibility, reduce errors, and speed time to market in manufacturing.
机译:运输设备市场的持续成功是个人企业工业设计师和工程师的责任,他们必须不断了解趋势和问题在大面位的行业中,迅速创造出高质量的安全产品,以满足客户的需求。众多的经济和竞争力的压力面临着今天的行业,并超越这些压力设计师和工程师需要有效和成本的创新设计。他们越来越多地发现数字原型制作工具为这些需求提供答案。在本演示文稿中,Autodesk的汽车和运输业务高级经理Ed Martin将研究该领域的设计和工程趋势,并引用案例研究,为什么数字原型提供的快速设计和生产过程现在可以实现运输公司设计和制造在“思想速度”。他将说明数字原型设计如何在创建一个可在每个开发阶段使用的单一数字模型,弥合概念设计,工程,机械设计,电气控制设计和制造团队之间的差距。在案例研究中,他将引用:汽车如何使用数字原型设计来改善制造工程过程,从而提高工作流程和与供应商的合作更好。 EDAG如何采用数字原型设计,以便直接从车辆概念模型中为车辆内饰和外部开发A(Strak)模型。 AdeptialeMotive如何使用数字原型设计来开发320马力通用航空发动机,其重量比相当马力的传统活塞发动机低约28%,并提供大约30%的燃料节省。 Viking Yacht公司如何使用数字原型设计来改善汽车游艇设计,制造,营销和客户服务的整个业务流程。马丁先生还将讨论正在塑造运输设备在当今全球经济中设计,制造和销售的方式塑造的趋势,特别关注:转发全球 - 成立的全球公司正在增加所执行的设计和开发工作量在他们的传统基地之外;看起来很好 - 在越来越拥挤的市场,公司仍然相关;需要生产吸引最终客户的产品;精益变得更加壮大,成功的公司正在采用策略同时提高灵活性,减少误差和制造业市场的速度。

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