In this study, Intersecting Tensegrity System that is integrated solid compression members with tension members was presented. This system is set up by connecting upper and lower compression members of pyramid shape with exterior tension members. In this system, the solid compression members are intersected each other and connected by a tension member in the center. This system is a variation of Tensegrity system, has a improved feature that the system is able to induce prestresses in all of tension members easily by adjusting the distance of a tension member in the center.
The proposed system was studied by modeling, and the structural behavior of the system was investigated by mechanical analysis of the model. Furthermore, the features of the structural behavior variations was investigated when the composition elements(total height, size of surface, intersection length, etc.) are changed variously. It was also showed that the system is able to be used as a temporary space structure system with a membrane roof of inverse conical shape.

1. 서 론
 2. 텐서그리티 구조와 관입형 텐서그리티 구조시스템
  2.1 텐서그리티의 발생과 의의
  2.2 관입형 텐서그리티 유닛
  2.3 관입형 텐서그리티 유닛의 축소모델 제작
 3. 관입형 텐서그리티 단위유닛의 구조거동
 4. 구성요소 변화에 따른 관입형 텐서그리티 구조의 전개가능성
  4.1 모델의 체적변화에 따른 전반적 거동변화
  4.2 세부 구성요소 변화에 따른 거동특성
 5. 막지붕을 가진 관입형 텐서그리티구조의 거동
 6. 결 론
 감사의 글
 References

• 이주나(서울시립대학교 건축학부) | Lee, Juna Corresponding author
• 宮里直也(日本大学理工学部 准助教) | Miyasato, Naoya
• 斎藤公男(日本大学 名譽敎授) | Saitoh, Masao