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The purpose of this study is to make the architectural hybrid system extend the limit of the market through simplification of joint and minimizing of works in situ. Tra-combined Prefab System consists of a half honeycomb's T-shaped steel and pretensioned prestressed precast concrete. It has a repetitive sections that consists of solid web section and open web section. As a result of test and analysis, TPS composite beam has been concluded as follows. It was confirmed that equation of local bucking by T-shaped steel's local stress contents with the result of test. Assumed deformation within the scope of elasticity was similar to measurements. It was confirmed that TPS composite beam keeps sufficient ductility after yielding point without rupture of shear or local buckling. Finally, we found that TPS composite beam has structural capacity as composite beam with H-beam. especially, in case of long-span structure more than 15 meters, it is estimated more excellent than general composite beam with H-beam in reduction of story height, deflection, vibration for using, and cost.

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Abstract
1. 서론
2. TPS공법
3. 실험계획
4. 실험결과 및 분석
5. 결론
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UCI(KEPA) : I410-ECN-0101-2010-540-001643543