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The Use of Virtual Reality for Visualizing Construction Safety Management Process.

机译:使用虚拟现实可视化施工安全管理过程。

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摘要

From the literature review, weaknesses of these systems and causes of construction accidents are identified, discussed and compared. Complementing these findings are the results of an investigation into the availability and performance of different innovative approaches for safety management, such as the use of advanced information technology as used in other industries, such as the aircraft industry. Reviewed are opportunities for using these technologies in construction industries.;Three new safety management approaches are introduced in this research study, based on a combination of the use of Construction Virtual Prototyping approach and Game Engine approach. The first aims to improve the current hazard identification process by using Virtual Prototyping (VP) skills during early design stage. The second provides a close-to-reality 3D environment for the trainees to practice construction skills without risk. As it is a multi-users platform, the trainees are assigned different roles and are required to cooperate to complete the training. The third aims to provide the users with a 3D assessment platform which introduces not only the use of the 3D format of examination for better illustration of information, but also suggests the use of a better database structure.;The different approaches were tested using case studies conducted on functioning construction projects in Hong Kong. Interviews were arranged to collect opinions, feedback for the purpose of rating the approaches. The value of the new work is as follows: the use of the proposed hazard identification approach improves the construction environment by identifying potential hazard before commencement of work. The proposed training system provides a new training platform and thus improves the safety knowledge of construction workers. The improvement in safety knowledge enhances the workers' reaction to accident and potential hazards and eventually reduces accidents. The proposed assessment approach can verify the construction safety knowledge of the users before they are allowed to work on site. The new verification process raises the safety standard knowledge of the users and thus reduces the chances of construction accidents.
机译:从文献回顾中,可以识别,讨论和比较这些系统的弱点和施工事故的原因。作为对这些发现的补充,是对安全管理不同创新方法的可用性和性能进行调查的结果,这些创新方法例如是在其他行业(例如飞机行业)中使用的先进信息技术的使用。审查了在建筑行业中使用这些技术的机会。;在本研究中引入了三种新的安全管理方法,这些方法是结合使用建筑虚拟原型方法和游戏引擎方法。第一个目标是在设计的早期阶段通过使用虚拟原型(VP)技能来改善当前的危害识别过程。第二种为受训人员提供了接近真实的3D环境,使他们可以毫无风险地练习建筑技能。由于它是一个多用户平台,因此为学员分配了不同的角色,并且需要他们协作才能完成培训。第三个目标是为用户提供3D评估平台,该平台不仅介绍使用3D考试格式以更好地说明信息,还建议使用更好的数据库结构。;通过案例研究测试了不同的方法。在香港进行有效的建设项目。安排访谈以收集意见和反馈,以对方法进行评级。新工作的价值如下:使用建议的危害识别方法,可以通过在开始工作之前识别潜在危害来改善施工环境。所提出的培训系统提供了一个新的培训平台,从而提高了建筑工人的安全知识。安全知识的提高增强了工人对事故和潜在危险的反应,并最终减少了事故。所提出的评估方法可以在允许用户进行现场工作之前验证用户的建筑安全知识。新的验证过程提高了用户的安全标准知识,从而减少了施工事故的机会。

著录项

  • 作者

    Chan, King Chun Greg.;

  • 作者单位

    Hong Kong Polytechnic University (Hong Kong).;

  • 授予单位 Hong Kong Polytechnic University (Hong Kong).;
  • 学科 Engineering General.;Engineering Civil.
  • 学位 Ph.D.
  • 年度 2012
  • 页码 186 p.
  • 总页数 186
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:42:41

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