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元永權 圓光大學校 附設 法學硏究所 1963 法學硏究 Vol.2 No.-
犯罪의 原因을 科擧酌으로 구명하려는 것은 근대의 일인 것이다. 1962년에 미국의 「노-스ㆍ케로라이나」의 최고재판소에서도 「정사를 식별」하면서 사행을 한 것은 사악의 소치라고 실위한 것은 범죄원인이 되는 환분ㆍ소질기타의 직접적 요소에 관한 관심을 엿볼 수 있었다.
건축 내부 마감부재의 BIM 기반 상세설계 자동화를 위한 실무적 요구사항 분석
홍성현,구본상,유영수,하대목,원영권 한국건설관리학회 2022 한국건설관리학회 논문집 Vol.23 No.5
Although the use of BIM in architectural projects has increased, repetitive modeling tasks and frequent design errors remain as obstacles to the practical application of BIM. In particular, interior finishing elements include the most varied and detailed requirements, and thus requires improving its modelling efficiency and resolving potential design errors. Recently, visual programming-based modules has gained traction as a way to automate a series of repetitive modeling tasks. However, existing approaches do not adequately reflect the practical modeling needs and focus only on replacing siimple, repetitive tasks. This study developed and evaluated the performance of three modules for automatic detailing of walls, floors and ceilings. The three elements were selected by analyzing the man-hours and the number of errors that typically occur when detailing BIM models. The modules were then applied to automatically detail a sample commercial facility BIM model. Results showed that the implementations met the practical modeling requirements identified by actual modelers of an construction management firm.
건축 내부 마감부재의 BIM 기반 상세설계 자동화를 위한 실무적 요구사항 분석
홍성현,구본상,유영수,하대목,원영권,Hong, Sunghyun,Koo, Bonsang,Yu, Youngsu,Ha, Daemok,Won, Youngkwon 한국건설관리학회 2022 건설관리 : 한국건설관리학회 학회지 Vol.23 No.5
Although the use of BIM in architectural projects has increased, repetitive modeling tasks and frequent design errors remain as obstacles to the practical application of BIM. In particular, interior finishing elements include the most varied and detailed requirements, and thus requires improving its modelling efficiency and resolving potential design errors. Recently, visual programming-based modules has gained traction as a way to automate a series of repetitive modeling tasks. However, existing approaches do not adequately reflect the practical modeling needs and focus only on replacing siimple, repetitive tasks. This study developed and evaluated the performance of three modules for automatic detailing of walls, floors and ceilings. The three elements were selected by analyzing the man-hours and the number of errors that typically occur when detailing BIM models. The modules were then applied to automatically detail a sample commercial facility BIM model. Results showed that the implementations met the practical modeling requirements identified by actual modelers of an construction management firm.