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양동천(Dong-Cheon Yang),콘 마사유키(Masayuki Kon),이명권(Myung-Kwon Lee) 한국항해항만학회 2013 한국항해항만학회지 Vol.37 No.5
In this study, as waterfront space to represent the Busan, to elect (Haeundae, Minrak park, Gwangalli, APEC Naru Park, Dadaepo , Jagalchi, Taejongdae) the seven high degree of recognition, we conducted a pre-sample survey . We investigated the awareness of waterfront space to re-conducted a questionnaire survey (Haeundae, Jagalchi) the two places the property was most apparent on the basis of the result, visitors feel about waterside space. As a result, the Haeundae, has been answered ". Feels the breeze of the sea" (163 people) 81.5% of users, Jagalchi is the fruits of the sea "(111 people) 55.8% it is answered. "that can be eaten. In addition, the center of consciousness of waterfront space, we conducted an analysis of the overall satisfaction of waterfront space age group of each, depending on the desired behavior. 본 연구는 부산을 대표하는 수변공간으로서, 인지도가 높은 7곳(해운대, 민락공원, 광안리, APEC나루공원, 다대포, 자갈치, 태종대)을 선정하여 사전 표본 설문조사를 실시하였다. 그 결과를 바탕으로 특성이 가장 뚜렷하게 나타난 2곳(해운대, 자갈치)을 대상으로 설문조사를 다시 실시하여, 방문자가 수변공간에 대해서 느끼는 수변공간의식을 조사하였다. 그 결과, 해운대는 이용자의 81.5%(163명)가 ‘바다바람을 느낀다.’로 응답하였으며, 자갈치는 55.8%(111명)가 ‘해산물을 먹을 수 있다.’ 로 응답하였다. 또 수변공간의식을 중심으로 각각 연령대별, 희망활동별로 수변공간의 전체적인 만족도에 대한 분석을 실시하였다.
연속섬유 시트의 부착에 의한 피복 콘크리트의 박락(剝落) 방지 효과에 관한 연구
박동천(Park Dong-Cheon),오광석(Oh Kwang-Suek),이명권(Lee Myung-Kwon),김효열(Kim Hyo-Youl),안재철(Ahn Jae-Cheol),오상균(Oh Sang-Gyun) 대한건축학회 2008 大韓建築學會論文集 : 構造系 Vol.24 No.6
There are a lot of reports about the cover concrete falling by the reinforcement bar corrosion which is generated by deterioration factors, such as, CO₂, chloride ion, sulfuric acid etc. through the cover concrete and crack of it. This study is about one of the reinforcement methods, continuous fiber sheet method, adapted to degraded RC structures. The performance of Dry Type Vinylon Sheet Method and Dry Type Composite Method which take relatively short time and are cheap to practice was evaluated by tensile test, tensile-shear test and push out test. The performances were compared with the existing Wet Type Vinylon Sheet Method. The predictive model based on the elastic dynamic was proposed. Weatherability of continuous fiber sheet methods was verified by the accelerated deterioration test.