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안병주 한국무용예술학회 2005 무용예술학연구 Vol.15 No.-
The Artistic world of Kim Paik-bong?sByeongju AhnProfessor, Kyunghee UniversityCollege of Arts and Design schoolBy proactively embracing our precious traditions along with the will of modernization, this study was intended to firm up the identity of Korean newly art dance as an art category, and rehighlight the artistic world of dancer Kim Paik-Bong who contributed to establishing Korean original dancing repertoire.In view of Korean dance history, the significance of his art works and performance activities can be outlined and arranged as follows:First, Kim turned from just taking over her mentor Choi Seung-hee?s artistry toward making his own artistic world successfully, which has a tremendous influence on building up the fundamental forms of modern Korean dance.Secondly, she made a great contribution not only to establishing the basic choreography of Korean dance but also to widely propagating the inherent training skills and creation techniques of Korean dance through corresponding study and development in depth.Thirdly, her 「Buchae-chum(Fan Dance)」 and 「Hwagwan-mu(Crown Dance)」 were often performed overseas as the main repertoire of our International Cultural Mission in both 1960?s and 1970?s. With these opportunities, she actually played a major role in revealing the excellence of Korean performance art around the globe.Fourthly, as both artist and educator, Kim tried to nurture the younger generation in a series, which has contributed to producing many talents for our contemporary Korean dance world.Finally, her original study on choreographic record system such as notation of 『Bongsan Talchum』 can be valued as a major achievement in the academic aspect of Korean dance and choreography.
각종 高벨라이트계 시멘트를 사용한 페이스트의 수화발열속도 및 콘크리트의 단열온도상승 예측
안병주,신기수,박기봉 대한건축학회지회연합회 2018 대한건축학회연합논문집 Vol.20 No.4
Attention is recently being drawn to new-type belite-rich portland cements, which have high percentage of C2S content from 40 to 70% and appropriate specific surface area from 3000 to more than 4000cm2/g. Though belite-rich cement or low heat portland cement is characterized by the low hydration heat and low rate of strength development. This paper presents a hydration model that describes the evolution of cement paste microstructure as a function of the changing the degree of hydration. The coefficients for the hydration model are determined with an artificial neural network technique. Using the proposed model, this paper predicts the adiabatic temperature rise of concrete and heat evolution rate of paste made with different belite amount. The agreement between simulation and experimental results proves that the hydration model is quite effective and potentially useful.