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Improvement of Link Process in 4D CAD Viewer by Using Interface Board for Construction Project Management

机译:使用界面板来改进4D CAD Viewer中的界面工程管理

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Interference check process in construction schedule management is being one of important items as well as traditional scheduling analysis in project management For visualizing interference check process, 4D CAD viewer is being gradually used in practical construction project However, current 4D CAD system still needs more easy functions for practical application in construction site. To make a more easy function, it is necessary to equip a simple link system between 3D object and activity schedule. The link methodologies in current 4D CAD viewer should be improved with understanding of characteristic by each project type. This study suggests an improved and useful link methodology in 4D CAD system for plant project management Plant project usually includes a great number of detailed elements in each functional facility. In that case, it is more important how it is easy to map 3D object with schedule in link process because the 3D drawings of each element should be linked with its schedule for visualizing 4D object This study presents a new link process that the objects can be linked based on both 3D and schedule. That is, link process can be simple and easy procedure because the priority in link process can be both 3D object or schedule object by each element type. For developing the improved link system, this study introduces a concept of interface board that visualizes the detailed link phases including all objects in link process. Finally the suggested link process is verified in a developed 4D CAD viewer.
机译:施工时分管理中的干扰检查过程是可视化干扰检查过程的项目管理中传统调度分析之一,4D CAD Viewer正在实际建设项目中逐步使用,但目前的4D CAD系统仍然需要更容易的功能用于施工现场的实际应用。为了使功能更加简单,有必要在3D对象和活动计划之间装备一个简单的链接系统。应提高当前4D CAD查看器的链路方法,并通过每个项目类型的特性来改进。本研究表明,植物项目管理工厂4D CAD系统中的改进和有用的链接方法通常包括每个功能设施中的大量详细元素。在这种情况下,在链接过程中将3D对象映射3D对象是更重要的,因为每个元素的3D图表应该与其可视化4d对象的计划链接,这项研究显示了对象的新链接过程基于3D和时间表链接。也就是说,链接过程可以是简单且简单的过程,因为链接过程中的优先级可以是每个元素类型的3D对象或调度对象。为了开发改进的链接系统,本研究介绍了接口板的概念,可视化包括链路过程中所有对象的详细链路阶段。最后,在开发的4D CAD查看器中验证了建议的链接过程。

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