Establishment of BIM fire-prevention and refuge function model to enhance the verification of application advantages - using the residential-commercial building as an example
| Autor: | Chien-Han Yuan, 袁千涵 |
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| Rok vydání: | 2018 |
| Druh dokumentu: | 學位論文 ; thesis |
| Popis: | 106 At present, the verification of fire-prevention and refuge functions could, because of operation mistake of project staff, diverse recognition of the drawing, negligence of loss, and modification of the drawing or the design change of the building, be thus affected and that should render the results differently regarding fire-prevention and refuge functions. In this study, it will take fire-prevention and refuge function verification of building into BIM technology with residential-commercial building as its premise, and explore BIM parameter classification and component placement of fire-prevention and refuge function verification. On one hand, it will work to establish the model of BIM auxiliary fire-prevention and refuge model, which can be helpful to the development for fire-prevention and refuge verification, working work as the initial integration of BIM and fire-prevention verification. As a recapitulation, the study will make use of the case of the residential-commercial building to establish its accuracy, and then discuss the enhanced application advantages as verified of BIM fire-prevention and refuge function model. Then, following results are obtained: (1) Fire-safety and refuge function verification manual with building are introduced into the model concept of computer-aided inspection system for construction and utility license. As such, it can help to master the precision of fire-prevention as well as safety function verification for the mastery of space measurements and the convenience of user operation. In the future, BIM component archive can be further combined as the needed information attributes for fire-prevention and refuge verification are placed. (2) The study has first established a "BIM fire-prevention and refuge model." Making use of the cases verification of the two residential-commercial buildings, the study will confirm the feasibility and accuracy of the model, so that the model can be cited and used by various parties the trade and architect firms in terms of fire-prevention and refuge. (3) Through comparative analysis of operation mode, detection application, and way of presentation, the study will elaborate on the application advantages and benefits of "BIM fire-prevention and refuge model" established in this study. |
| Databáze: | Networked Digital Library of Theses & Dissertations |
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