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농산촌 재난대피시설 제작을 위한 FRP 부재의 강도특성에 관한 연구
김정면 ( Kim Jung Meyon ),황대원 ( Hwang Dea Won ),임현택 ( Lim Hyun Taek ),박성용 ( Park Sung Yong ),연규석 ( Yeon Kyu Seok ),김용성 ( Kim Yong Seong ) 한국농공학회 2016 한국농공학회논문집 Vol.58 No.2
This study is about development of personal disaster shelters for minimization of the casualties caused by the landslide and steep slope collapse. The objectives of present research is the selection of disaster evacuation facilities utilizing FRP (Fiber Reinforced Plastic) material. For the proper assessment of FRP member, several layers by strength test and the three-dimensional numerical analysis of these FRR member was carried out. As a result, the personal disaster evacuation facility utilizing FRP materials, was found to be of a material that is able to protect the weak person at the time of the collapse of the landslides and steep slopes.
산사태로 인한 인명피해 대비 개인용 재난대피기구 개발 (Ⅰ) - 재하하중 및 재료시험 중심으로 -
김정면 ( Kim Jung Meyon ),황대원 ( Hwang Dea Won ),박성용 ( Park Sung Yong ),임창수 ( Lim Chang Su ),연규석 ( Yeon Kyu Seok ),김용성 ( Kim Yong Seong ) 한국농공학회 2016 한국농공학회논문집 Vol.58 No.5
The houses are formed in the lower part of the mountain slope face in most agricultural areas of Korea, and old residents accounting for a large portion of the agricultural populations cannot respond to the evacuation quickly when the landslide happens, and the possibility the life damage occurs is high. Therefore, it is urgent to arrange the measure on this. This study is intended to develop the personal disaster evacuation apparatus that can be installed in the house to minimize the life damage by the landslide and to develop the self-initiative evacuation apparatus. This study suggested the load applicable to the personal disaster evacuation apparatus by quantitatively analyzing the effect of the load of rockslides and avalanches caused by the landslide on the structure. Also, the material property of materials was calculated through the tension and bending intensity test after making the specimen of glass fiber reinforced plastic (GFRP) member. The load weight and material property drawn from this study can be used as the basic material for the stability analysis of the personal disaster evacuation apparatus.