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金永卓 성균관대학교 대동문화연구원 1975 大東文化硏究 Vol.10 No.-
Seo Jeong-Joo (1965-) is one of the representative contemporary Korean poets. His works make an epoch of the development of modern Korean poetry. To study his poetry and life is to study the whole aspect of modern Korean poetry and poets; to understand the fear and solitude which is the main stream of his life will help us understand the characteristic quality of Korean life. It would be not so important to study how he lived in the spotted history of Korea as to do how we are influenced by the poet. The view of life and the world of poetry he attained contain so much and so many elements that any one material or proof or theory cannot answer. So the author, presupposing that the poet himself is a modern Korean poetry, studied the influence he had made upon us exclusively to examine ourselves; the self-examining through an object is a start. What we are going to work is not to get his eternal life but to start our own. His works will have a great bearing on the develoment of Korean poetry. His transformation from negation to affirmation will widen the hidden possibility of the future of modern Korean poetry. In this point, the author tried to dig out his life and works.
건축환경분야의 수치해석 프로그램을 지원하기 위한 CAD시스템의 개발
김영탁,미야지마 켄이치,사카모토 유조 대한건축학회 2005 대한건축학회논문집 Vol.21 No.10
The purpose of this paper was to the develop CAD system named AE-CAD for supporting simulation programs related to architectural environment. The results were as follows:(1) AE-CAD consisted of 4 modules, modeler, converter, simulation program, and visual editor. Especially, it was introduced into the modeler that new algorithm was similar to building blocks(2) The data of AE-CAD were classified by objects such as space, face, opening, equipment, building material etc. And AE-CAD was programmed with Object Oriented Programming Language.(3) It was developed that new simulation program 'SimHeat' to calculate heat load and air flow on AE-CAD.(4) SimHeat has been verified to calculate heating and cooling load within the range of 5 percent, when it was compared with the most famous simulation program(SMASH) in Japan.