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An Experimental Study on Shear and Rotation Stiffness in the Connection Parts of Shores
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 Title & Authors
An Experimental Study on Shear and Rotation Stiffness in the Connection Parts of Shores
Kwk, Soon-Seop; Kim, Ho-Soo; Jung, Sung-Jin; Hong, Geon-Ho; Lee, Kyoung-Eun;
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During concrete placement, the partially distributed load due to the concrete placement paths creates the lateral force in the connection parts of the shore. In order to restrain this lateral force, the nails must be used in the upper and lower connection parts of shores. But, for the convenience of the construction and dismantling of the shores, the workers hardly use the nails. In this case, the connections of shore cannot resist the shear force and rotation. And this situation may cause the collapse of form-shore system. Therefore, contact and spring models for the connection analysis of the form-shore systems are required. If we take into account this construction situation, we need to understand the effects of shear and rotation stiffness according to the several types of connection parts in shores as a case study. This study evaluates the shear and rotation stiffness of the connection parts of shores according to the variations of the lengths, numbers and positions of nails, and then presents the experimental results depending on the end conditions of shores. And, these results can be used as a spring model and critical load evaluation data for the connection analysis of form-shore system.
connection part of shore;shear and rotation stiffness;tied method of nail;construction situation;critical load evaluation;
 Cited by
PHC말뚝과 확대기초 연결방법에 따른 접합부 거동,방진욱;오상진;이승수;김윤용;

한국구조물진단유지관리공학회 논문집, 2016. vol.20. 3, pp.25-32 crossref(new window)
F.C.Hadiprino and H.K.Wang, 'Analysis of Cause ofFalsework Failures In Concrete Structures,' ASCE,JournaI of CE & M, Vol.112, 1986, pp.112-127

A.M.E.Shahhat, D.V.Rosowsky, and W.F.Chen,'Construction Safety of multistory ConcreteBuildings,' ACI StructuraI Journal, Vol.90, No.4,1993, pp.335-341

B.Engliwood and E.V.Leyendecker, 'Approaches forDesign against Progressive Collapse,' ASCE, Journalof the Structural Division, Vol. 104, No.ST3, 1978

Burnett, E.F.P., 'The Avoidance of ProgressiveCoIIapse: Regulatory Approaches to the Problem'NBS-GCR 75-48, National Bureau of Standards,Washington, D.C, 1975

한국건설가설협회, '가설공사표준시방서', 서울, 2002.5

쌍용건설기술연구소,'거푸집 설계 및 시공표준안', 서울, 1994.2

대우건설연구팀, '거푸집공사의 이해와 시공', 기문당,서울, 1993.10

김호수, 정성진, 곽순섭, 여윤기, '거푸집-동바리 시스템의 안전성에 영향을 미치는 시공현황 조사 및 분석,' 대한건축학회 추계학술발표대회 논문집, 대한건축학회, 호서대, 21권 2호, 2001.10, pp.619-622

이창훈, 전영호, '공업통계학', 박영사, 1999

곽순섭, 김호수, 정성진, 김옥규, 박민아, '탄성지지단을 갖는 동바리의 좌굴하중해석', 대한건축학회논문집 17권 7호, 2001.7, pp.35-44