RC-SC Testing method and device for shear friction capacity test for RC-SC connection
Provided are a test method and a test apparatus for shear friction capacity of an RC-SC joint structure in a nuclear power plant. The test method for shear friction capacity of the RC-SC joint structure in the nuclear power plant comprises the steps of: preparing a steel plate concrete (SC) wall; al...
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Zusammenfassung: | Provided are a test method and a test apparatus for shear friction capacity of an RC-SC joint structure in a nuclear power plant. The test method for shear friction capacity of the RC-SC joint structure in the nuclear power plant comprises the steps of: preparing a steel plate concrete (SC) wall; allowing a reinforced concrete (RC) slab to be interlocked with the SC wall by internally installed upper reinforcing bars, and to be installed horizontally so as to face the SC wall; applying a first load to an upper portion of a first point of the RC slab horizontally spaced apart from the SC wall by a first distance value; and applying a second load to an upper portion of a second point of the RC slab horizontally spaced apart from the SC wall by a second distance value smaller than the first distance value. The maximum shear friction capacity of the RC-SC joint can be accurately evaluated.
원자력 발전소의 RC-SC접합부 구조물 전단마찰내력 실험방법 및 실험장치를 제공한다. 원자력 발전소의 RC-SC접합부 구조물 전단마찰내력 실험방법은 SC(Steel Plate Concrete)벽체를 준비하는 단계; RC(Reinforced Concrete)슬래브가 상기 SC벽체와 내부 설치된 상부철근으로 연동되며, 상기 SC벽체상에 대향하도록 수평형으로 설치되는 단계; 상기 SC벽체로부터 제1거리값만큼 수평 이격된 상기 RC슬래브의 제1지점의 상부를 제1하중으로 가력(加力)하는 단계; 및 상기 SC벽체로부터 상기 제1거리값보다 작은 제2거리값만큼 수평 이격된 상기 RC슬래브의 제2지점의 상부를 제2하중으로 가력하는 단계를 포함할 수 있다. |
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