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火电厂主厂房建筑三维设计应用与开发 被引量:2

Application and Development for Architecture 3D Design of Main Building Construction in Fossil Fuel Power Plants
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摘要 火力发电厂主厂房建筑三维设计内容繁多、过程较复杂,为了保证主厂房内各专业协同设计、有关数据的统一性和唯一性,应使主厂房建筑三维模型建模程序标准化、规范化,明确建模内容和有关分类,解决好数据传递的接口和方式。本文为解决上述问题,进行了较详细的分析和研究,并提出了具体方法和措施,在满足主厂房协同工作的同时,也为后续工作提供必要的数据和背景资料,保证建筑设计文件与主厂房三维模型同步更新,进一步提高建筑设计效率和质量。这将在实际工程中产生明显的设计效率和经济效益。 Because contents of architectural 3D design is very more and its course is quite complicated to main block in power plant, for ensuring the togetherness and uniqueness to work in coordination with related to specialized profession and data, the program of setting u Parchitectural 3 D models of main block must be standardization and orderliness, contents and classifications of setting u P3D model must be definite, and the interface and way of passing on data must be designed well. For solving the above mentioned questions, this article carefully proceeds with the analysis and research, and bring u Pconerete methods and measures. It will meet the need of work in coordination with design of main block, will provide necessary data and background materials for next work, and will ensure synchronic update to building design files and 3D models of main block. It will improve efficiency and quality of architectural design further, will produce good results of design efficiency and economic benefit in practice project.
机构地区 西北电力设计院
出处 《电力勘测设计》 2008年第5期46-49,共4页 Electric Power Survey & Design
关键词 主厂房 三维设计 建模程序 建模内容 main block, 3D design, program of setting u P3D model, contents of setting u P3D model, interface of data, synchronic update, plug-in component
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参考文献2

  • 1[1]Q/DG1-A002-2005,火力发电厂三维设计导则[S].
  • 2[2]DLGJ135-1997,火力发电厂主厂房三维模型设计规定[S].

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