For form stability of membrane structures, membrane material is required to be in tension. Therefore, in planning and maintenance management, the engineer should consider enough about introduction of stress during construction and re-introduction of stress after completion. Clamping part is an important portion with the function for introducing tension into membrane materials, and the function to transmit stress to boundary structures, such as steel frames. Then, the purpose of this research is to clarify stress condition and stress transfer mechanism including clamping part of membrane structures, and to grasp the changing tendency of membrane structures with the passage of time. In this research, following previous one, we perform well-balanced evaluation by conducting tensile fractured tests of clamping part's specimens, and by measuring individually the amount of displacement of not only overall specimen's length but membrane material and clamping part. Thereby, we consider the influence the difference in the hardness of edge rope and the difference in the direction of thread affect modification and fracture load.

1. 서론
2. 정착부 인장파단 시험
    2.1 실험 개요
    2.2 정착부 시험체의 1축 신장특성
    2.3 막재료 부분의 1축 신장특성
    2.4 클램프 부분의 변형량
    2.5 막재료의 파단 형상
3. 결론
References

• 김희균(㈜에코닝) | Kim Hee-Kyun (Econing Co., Ltd.)
• 전상현(협성대학교 도시건축공학과) | Jeon Sang-Hyeon (Dept. of Architectural Eng., Hyupsung Univ.)
• 하창우(협성대학교 도시건축공학과) | Ha Chang-Woo (Dept. of Architectural Eng., Hyupsung Univ.)
• 김재열(협성대학교 건축공학과) | Kim Jae-Yeol (Dept. of Architectural Eng., Hyupsung Univ.) 교신저자