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Performance Evaluation for the Application of Roof Green Box Unit System Combined with Engineering P.E.Waterproof and Root Penetration Sheet
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엔지니어링 PE방수.방근시트가 결합된 박스 유닛형 옥상 녹화 시스템 적용을 위한 성능평가

논문 기본 정보

Type
Academic journal
Author
Oh, Chang-Won (Daegun Chemical Company) Hong, Jong-Chul (R&D center, Hyudai Development Company) Park, Ki-Bong (Department of Architectural Engineering, Kangwon National University)
Journal
The Korea Institute of Building Construction 한국건축시공학회지 한국건축시공학회지 제16권 제2호 KCI Accredited Journals
Published
2016.1
Pages
125 - 131 (7page)

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Performance Evaluation for the Application of Roof Green Box Unit System Combined with Engineering P.E.Waterproof and Root Penetration Sheet
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Research history (4)

2018

Adhesion Performance of Electromagnetic Induction Heating Pixture for the Integration with a Waterproof & Root Barrier Sheet and a Roof Green Unit System
Oh ,  Chang-Won 한국건축시공학회지 2018.01 Academic journal

2017

A Study on Performance Evaluation for Roof Green System of Unit Box Combined with Engineering P.E. Waterproof and Penetration sheet
오창원 건축공학과 2017.01 Thesis

2016

Performance Evaluation for the Application of Roof Green Box Unit System Combined with Engineering P.E.Waterproof and Root Penetration Sheet
Oh ,  Chang-Won ,  Hong 한국건축시공학회지 2016.01 Academic journal

2015

Assessment of Evaluation by Hybrid Waterproof-Roof Barrier Layer for Green System on Artificial Ground
Oh ,  Chang-Won ,  Hong 한국건축시공학회지 2015.01 Academic journal
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Abstract· Keywords

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According to the increment of urban buildings, the demand of eco-environment space will be also increased. Therefore, the artificial ground green system on a roof will be supplied gradually. In this study, the concept of simplification, unification and prefabrication was widely applied to supply green system. Consequently, the box unit system with a continuous soil layer was developed, and adhesive property, wind resistance and insulation property of this system were evaluated for site application. As a results of adhesive property and wind resistance test, comparing with design wind pressure and wind velocity, this system was safe at the height of 100m building located in urban. In addition, results of temperature measurement for 120 days showed 17% higher insulation property at daytime and 45% higher insulation property at night than normal box unit system owing to continuous soil layer.
#인공 녹화시스템 #박스유닛 시스템 #부착성 #내풍성 #단열성

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