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An Improvement of the Building Safety Inspection Survey Method using Laser Scanner and BIM-based Reverse Engineering
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레이저스캐너 기반 BIM 역설계 기술을 이용한 건축물안전진단 조사방법의 개선방안 연구

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Type
Academic journal
Author
Park, Hye-Jin (경북대학교) Ryu, Jung-Rim (에프엠웍스) Woo, Seung-Hak (경일대학교) Choo, Seung-Yeon (경북대학교)
Journal
ARCHITECTURAL INSTITUTE OF KOREA JOURNAL OF THE ARCHITECTURAL INSTITUTE OF KOREA Planning & Design Vol.32 No.12 (Wn.338) KCI Excellent Accredited Journal
Published
2016.12
Pages
79 - 90 (12page)

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An Improvement of the Building Safety Inspection Survey Method using Laser Scanner and BIM-based Reverse Engineering
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Research history (3)

2018

A Study on BIM-based Reverse Engineering Design for Safety Diagnosis of Old Buildings
박혜진 건축학과 건축계획 전공 2018.01 Thesis

2016

An Improvement of the Building Safety Inspection Survey Method using Laser Scanner and BIM-based Reverse Engineering
Pa ,  k ,  Hye-Jin and others 6 JOURNAL OF THE ARCHITECTURAL INSTITUTE OF KOREA Planning & Design 2016.12 Academic journal
Building Safety Inspection Survey Method using Laser Scanner and BIM based Reverse Engineering
Pa ,  k ,  Hye-Jin and others 6 대한건축학회 학술발표대회 논문집 2016.10 Proceeding
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Abstract· Keywords

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Building safety inspection for building maintenance is regularly being performed. According to the national statistical office, the architecture of the whole building for more than 30 years of inventory is 33.4%. This is higher level among developed country. Building safety inspection and safety checks should be carried out systematically to prevent the spread of poor housing and improvements to old buildings. However, the safety assessment is being conducted by a private company for the bidding. Due to the personal and subjective judgment, Perfunctory Checklist, there is a problem with the results of building safety inspection. In addition, it is difficult to correct safety inspection carried out because a lot of time, money and skills required to scrutiny. Therefore, in order to improve building safety inspection are needed to manage the system for the entire building life cycle to produce a Integrated Information sharing. The purpose of this study is to improve the existing processes and proposed safety research method developed BIM-based reverse engineering technology using a laser scanner. The experiment was selected for old buildings. Among the building safety inspection items were set how to select an item in the appearance item and experimental research investigation. This was carried out BIM-based reverse engineering using a laser scanner. We carried out the measurements and shop drawing analyzed the applicability. As a result of the experiment, 77.8% of the items in the visual inspection when structural stability evaluation was possible to improve building safety. Therefore compared to conventional inspection methods and safety inspection BIM-based reverse engineering method using a laser scanner has proposed research methods and processes and propose improvements. It will be able to be utilized for repair and reinforcement plans in the future to maintain and building safety inspection. It is expected to be used as the basis for research to improve the quality of safety assessment and safety inspection automation system implementation.
#건축물안전진단 #BIM #역설계 기술 #레이저스캐너 #Building Safety Inspection #Reverse Engineering Technology #Laser Scanner

Contents

Abstract
1. 서론
2. 건축물안전진단과 역설계 기술 고찰
3. BIM 역설계 기술을 이용한 건축물안전진단
4. BIM 역설계 기술의 건축물안전진단 조사항목 분석
5. 결론
REFERENCES

References (10)

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Industrial accident prevention policy department / 2016 / On the Status of the Industrial Accident / Ministry of Employment and Labor :5~14 google schola Hee, C. J. / 2016 / Construction Safety Management 'dfs'era opened up / Construction Economy News google schola Green building department / 2014 / Status of the building / Minstry of Land Infrastructure and Transport :5~7 google schola Korea Infrastructure Safety Corporation / 2015 / '14～'15precision safety inspection conducted evaluation of the results casebook :9~13 google schola Korea Infrastructure Safety Corporation / 2011 / Safety Inspection Safe and precise diagnostic guidelines detailed commentary(Construction) / Minstry of Land Infrastructure and Transport :10-1~10-115 google schola

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