In this study, to evaluate the performance of fire resistance of the mortar with magnesium hydroxide(MH) and aluminium hydroxide(AH) which has a RCC (Radiant Control Capability) as repair material to the steel structure, temperature evaluation of mortar was conducted by increasing 500°C in the furnace. The performance of RCC can decrease a temperature to external and internal mortar. As a result, it is confirmed that temperatures of mortar with magnesium hydroxide(MH) and aluminium hydroxide(AH) were more decreased than general mortar due to the RCC effect of MH and AH. Therefore, it can be possible to apply to a repair material at the steel structure.

• 구민욱(한양대학교, 콘크리트연구실, 석사과정) | Koo Min Wook
• 최수호(한양대학교, 콘크리트연구실, 석사과정) | Choi Soo Ho
• 김홍기(한양대학교, 콘크리트연구실, 박사과정) | Kim Hong Gi
• 김준형(한양대학교, 콘크리트연구실, 박사과정) | Kim Jun Hyung
• 류재석(한양대학교, 콘크리트연구실, 교수) | Ryou Jae Suk