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Web-based, user-friendly design and virtual fabrication for layered manufacturing

机译:基于Web的用户友好设计和虚拟制造,用于分层制造

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Layered Manufacturing is a valuable tool for efficient and concurrent engineering. In order to maximize its effectiveness, a web-based user-friendly virtual design and fabrication system has been developed using a systematic knowledge-based approach. The large amount of information available on layered manufacturing has been organized into a modular format. Tables and appendices organize hardware and software information for the different methods. A linked dictionary defines unfamiliar terminology. Java applets allow users to create an individualized engineering specification for their part. Recommendations regarding machines and materials are made based on this input. Tutorials guide the LM build process from initial design through selection of build parameters. This comprehensive knowledge base will expose the individual to various rapid prototyping concepts, and should reduce the build iterations required to successfully build parts. The web pages concentrate mainly on stereolithography and fused deposition modeling, but provide introduction to other technologies. Due to the quickly developing nature of the RP industry, information changes periodically. With the modular structure, as new materials and technologies become available, their information can be easily added to the existing knowledge base. Industry feedback on the web site development is facilitated via an online guestbook.
机译:分层制造是进行高效并发工程的宝贵工具。为了最大化其有效性,已经使用基于系统知识的方法开发了基于网络的用户友好的虚拟设计和制造系统。有关分层制造的大量信息已被组织为模块化格式。表和附录组织了不同方法的硬件和软件信息。链接的词典定义了不熟悉的术语。 Java applet允许用户为自己的部分创建个性化的工程规范。根据此输入提出有关机器和材料的建议。教程指导LM构建过程,从初始设计到选择构建参数。这种全面的知识库将使个人接触各种快速原型概念,并应减少成功构建零件所需的构建迭代。网页主要集中于立体光刻和熔融沉积建模,但是提供其他技术的介绍。由于RP行业的快速发展,信息会定期更改。通过模块化结构,随着新材料和新技术的出现,可以轻松地将其信息添加到现有知识库中。通过在线留言簿可以促进业界对网站开发的反馈。

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