BOND STRENGTH OF CFRP MOLDED ON STEEL SURFACE BY VARTM TECHNOLOGY AND ITS FIBER OPTIC SENSING
Recent years,a large amount of structure which is built during high economic growth period is gradually aging in Japan.Structural performance has been degraded by corrosion in steel structures.For that,adhesive bonding method has studied and developed for repairing and reinforcing.However,this method causes brittle fracture at adhesive layer and difficult to maintain after bonding.To solve these problem,mechanical characteristics of inside part of repairing and reinforcing is investigated by using fiber Bragg grating(FBG)sensor in this paper.It is suited to embed inside part of repairing and reinforcing because FBG sensor is extremely small sized and superior to explosion-proof.It was performed three-point bending test of carbon fiber reinforced plastic(CFRP)strengthened steel plate having embedded FBG sensor.Then,this paper shows FBG sensor is effectively applicable for damage sensing through analyzing the optical power spectrum(OPS)obtained by FBG sensor.
VaRTM bond strength fiber optic sensing
Genki Mieda Hitoshi Nakamura Takahiro Matsui Yutaka Ochi Yosuke Mizuno Kentaro Nakamura Yukihiro Matsumoto
Department of Architecture and Civil Engneering,Toyohashi University of Technology,1-1 Tempaku-cho,H Department of Civil and Environmental Engineering,Tokyo Metropolitan University,1-1 Minami-Osawa,Hac 1st Advanced Composites Technical Department,Toray Industries,Inc.,9-1 Oe-cho,Minato-ku,Nagoya,Aichi Advanced Composites Center,Toray Industries,Inc.,9-1 Oe-cho,Minato-ku,Nagoya,Aichi 455-8502,Japan Institute of Innovative Research,Tokyo Insitute of Technology,4259 Nagatsuda,Midori-ku,Yokohama 226-
国际会议
新加坡
英文
1-7
2017-07-19（万方平台首次上网日期，不代表论文的发表时间）