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Adapting Collaborative Software Development Techniques to Structural Engineering

机译：使协作软件开发技术适应结构工程

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摘要

Software engineering has been fundamentally transformed by a collaborative development model. Facilitated by powerful tools, even a modest software project can benefit from a global virtual community of developers. The authors of this article propose that the collaborative techniques used in modern software development can also be applied to other fields, such as structural engineering. This requires the creation of editors, compilers, evaluators, and other tools that are analogous but not identical to those used in software. To demonstrate this, the authors created a prototype virtual wind tunnel (VWT) that implements the ideas of collaborative design in the context of structural engineering. The VWT allows users to edit structural designs, compile designs into usable models for simulation, perform wind simulations, evaluate the results, and then share and discuss their work with other users. The VWT has been used as a platform for projects ranging from small classroom activities to large-scale crowdsourcing studies.
机译：协作开发模型从根本上改变了软件工程。在功能强大的工具的帮助下，即使是规模较小的软件项目也可以从全球虚拟开发人员社区中受益。本文的作者提出，现代软件开发中使用的协作技术也可以应用于其他领域，例如结构工程。这需要创建与软件中使用的工具类似但不相同的编辑器，编译器，评估器和其他工具。为了证明这一点，作者创建了一个原型虚拟风洞（VWT），该原型在结构工程的背景下实现了协作设计的思想。 VWT允许用户编辑结构设计，将设计编译为可用的模型以进行仿真，进行风仿真，评估结果，然后与其他用户共享和讨论他们的工作。 VWT被用作从小型教室活动到大规模众包研究等项目的平台。

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