An Experimental Study on the Block Shear Rupture of Flange for H-Beam Tension Members

인장력을 받는 H형강 플랜지의 블록전단 파단에 관한 실험적 연구

  • Received : 1999.04.20
  • Published : 1999.06.27

Abstract

In this paper, an experimental study have been many studies on the propriety of block shear design code. according to limited state design criteria of steel structures recently established in Korea, by an experiment on the joint of H-Beam Flange tension members. The objects of this study were to compare with the results of other studies on block shear rupture mode and ultimate capacity, and to evaluate the propriety of the design criteria. The result is that the joint happened, two types, tension yield-shear ruptures and shear yield-tension ruptures, and the experimental rupture load was 23% higher than the capacity entered in the criteria design code In this criteria, it was found that ultimate strength of block shear of H-Beam Flange was lowly estimated. Therefore, we emphasize the need of estimates on the block shear rupture by carrying out many studies in this field.

본 연구는 1997년 제정된 강구조 한계상태설계법에 있어서 블록전단 설계기준식의 타당성을 규명하고 외국설계규준과 비교검토하기 위하여 인장력을 받는 H형강 플랜지의 접합부에 대한 블록전단 파단실험을 하였다. 실험결과 접합부는 대부분 인장항복-전단파단과 전단항복-인장파단에 의한 블록전단이 일어났으며 실험에 의한 블록파단하중이 기준식에 의한 내력보다 약 23% 크게 나타나 현재 기준식은 블록전단내력을 과소평가하고 있어 더 많은 연구가 필요하다고 사료된다.

Keywords

References

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