Recently, a market of architecture is requiring buildings of long spanned structures as most buildings become taller and larger. For being long spanned structures, elements of buildings must be light. As an alternative proposal, various hollow-core slabs and flat plate salbs were developed and used frequently in the inside and outside of the country. But the study of the hollow-core slabs using deck plate and assembly of light weight is the first. In the present study, Flexural and vibration tests were performed on the hollow-core slabs using deck plate and assembly of light weight to investigate the flexural behavior and serviceability. Four test specimens were used for test parameters; one hollow-core slab with an assembly of light weight, and three hollow-core slabs with deck plate and an assembly of light weight. The test parameters also included amount of tension bar and existence of shear reinforcement. The test results showed that the hollow-core slabs with deck plate and an assembly of light weight had a crack of shear, so shear reinforcement must be conducted.

• 홍은애(단국대학교 대학원 건축공학과 석사과정) | Hong, Eun-Ae Corresponding author
• 윤성호((주)광장구조기술사사무소 대표이사，건축구조기술사) | Yoon, Sung-Ho
• 백인관(단국대학교 건축대학 건축공학과 겸임교수，공학박사) | Paik, In-Kwan
• 조승호(단국대학교 건축대학 건축공학과 연구교수，공학박사) | Cho, Seung-Ho
• 이상현(단국대학교 건축대학 건축공학과 부교수，공학박사) | Lee, Sang-Hyun
• 정란(단국대학교 건축대학 건축공학과 교수，공학박사) | Chung, Lan