건축도시공간연구소

Architecture & Urban Research Institute

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대한건축학회|대한건축학회논문집 구조계 2010년 3월

논문명 드라이빙핀이 사용된 구조용 강재의 인장특성 / Tensile Properties of Structural Steel Member Connected with Driving Pin
저자명 양일승 ; 최성모식별저자
발행사 대한건축학회
수록사항 대한건축학회논문집 구조계, v.26 n.03 (2010-03)
페이지 시작페이지(53) 총페이지(8)
ISSN 12269107
주제분류 구조
주제어 드라이빙핀 ; 인장특성 ; 항복강도 ; 기계접합 ; 노치 ; 연성 ; Driving Pin ; Tensile Properties ; Yield Strength ; Mechanical Connection Methods ; Notch ; Ductility
요약2 Metallurgical connection methods, such as stud weld and puddle weld, have been used for a long time to attach a steel beam and a steel deck. Power actuated fasteners in sort of mechanical methods have appeared to be an alternative to metallurgical methods in the connection of a structural steel member and a thin steel plate. Power actuated fasteners can be driven by power actuated tools or by pneumatically driven tools. This mechanical connection method has many advantages over metallurgical connection methods. First of all, a power supply is unnecessary and there are no concerns about an electrical accident. However, the handling of the mechanical connection method takes severs caution. Since the sound at the time of installation is loud, discretion is needed in a quiet place. Above all, when a pin is installed in a steel beam, the cross-section of the steel beam is reduced. Therefore, the effect of the pin on the tensile properties of the steel beam is the focus of this research. The main parameters are steel plate thickness, notch size, steel type, and damage types, that is, non-damage, drilled hole, and driving pin. This research supplies the fundamental data to the design criterion of this mechanical method by clarifying the influence of the mechanical method on the tensile property of the structural steel member. In a test results, the strength of specimens using driving pin was not differenced that of normal specimen but decreased deformation capacities and elongation.
소장처 대한건축학회
언어 한국어
분석서지
건축구조 > 철골구조 > 접합부

본 논문에서는 드라이빙핀접합이 강재의 인장강도, 항복강도, 연신율에 미치는 영향을 평가를 통해서 드라이빙핀접합 설계규준의 기초적 자료를 제시하는 연구결과에 대해 기술하고 있다.