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      온실구조기준 및 온실공사 품셈을 활용한 스마트 온실 단가 현실화 연구

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      https://www.riss.kr/link?id=A108167993

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      다국어 초록 (Multilingual Abstract)

      This study analyzed the effects of building and greenhouse structural code on the structural design and the greenhouse construction cost. The over-design possibility of greenhouse was analyzed when building structural code was applied using standard smart greenhouse drawings. The possibility of decrease in greenhouse construction cost was investigated if the currently applied building structural code was replaced with greenhouse structural code. As a result of comparing the member sizes with the standard drawings, building structural code was designed with 13%~74% more steel than greenhouse structural code. When building construction estimate was replaced with greenhouse construction estimate, it was possible to reduce the total construction cost of the glass greenhouse by 17% and that of the vinyl greenhouse by 14%. Since there is no standard construction estimate suitable for greenhouses, the wage unit price is set excessively, and the construction cost of the smart greenhouse is increasing. In conclusion, it is necessary to establish greenhouse structural code and greenhouse construction estimate to lower the greenhouse construction cost.
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      This study analyzed the effects of building and greenhouse structural code on the structural design and the greenhouse construction cost. The over-design possibility of greenhouse was analyzed when building structural code was applied using standard s...

      This study analyzed the effects of building and greenhouse structural code on the structural design and the greenhouse construction cost. The over-design possibility of greenhouse was analyzed when building structural code was applied using standard smart greenhouse drawings. The possibility of decrease in greenhouse construction cost was investigated if the currently applied building structural code was replaced with greenhouse structural code. As a result of comparing the member sizes with the standard drawings, building structural code was designed with 13%~74% more steel than greenhouse structural code. When building construction estimate was replaced with greenhouse construction estimate, it was possible to reduce the total construction cost of the glass greenhouse by 17% and that of the vinyl greenhouse by 14%. Since there is no standard construction estimate suitable for greenhouses, the wage unit price is set excessively, and the construction cost of the smart greenhouse is increasing. In conclusion, it is necessary to establish greenhouse structural code and greenhouse construction estimate to lower the greenhouse construction cost.

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      목차 (Table of Contents)

      • Abstract
      • 1. 서론
      • 2. 스마트 온실 표준도 작성
      • 2.1 표준도 개요
      • 2.2 단위면적당 구축단가 검토
      • Abstract
      • 1. 서론
      • 2. 스마트 온실 표준도 작성
      • 2.1 표준도 개요
      • 2.2 단위면적당 구축단가 검토
      • 3. 온실 구조기준 비교 및 분석
      • 3.1 적설하중
      • 3.2 풍하중
      • 3.3 구조기준별 부재크기 비교
      • 4. 온실공사 품셈 적용에 따른 온실구축단가
      • 4.1 온실공사 품셈정립
      • 4.2 품셈별 스마트 온실 구축단가 비교
      • 5. 결론
      • 참고문헌
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