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Recently the construction of residential building faces many difficulties due to the shortage of building materials and works. Simplifying the stage of processing and assembling reinforcing rods and increasing the efficiency of them in reinforced concrete construction can be used to settle the difficulties. In the respect, structural wire-fabric is utilized.
The purpose of this study, instead of deformed steel bars, to examine the utilization of slab joint, which is accompanied with a large deformation in the structure subjected to seismic loads, to suggest reinforcing method which is efficient, easily constructible and structurally safe.
20 slab specimens used welded wire fabric and ordinary deformed reinforcement of which their ultimate strength were tested to investigate the structural performance of slab joint.
The results are as follows ;
(1) The ductility capacity of slab reinforced by welded wire fabric was less than with deformed bar in discontinuous slab joint. To enhance the ductility capacity, deformed bar should be used with welded wire fabric for the longitudinal reinforcement.
(2) To consult convenience of construction work, the wire-fabric of excellent ductility capacity should be used and it is approved that top and bottom of discontinuous slab joint, separating from slab and wall, by using deformed steel bars of the efficient anchorage length, are reinforced in case that deformed welded wire-fabric is used for shear wall system. In particular, it is necessary that the wall subjected to large bending moment is reinforced with deformed steel bars.

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Abstract
1. 서론
2. 실험
3. 실험 방법
4. 실험결과 분석 및 고찰
5. 결론
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