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황성우(Hwang, SungWoo) 한국외국어대학교 동유럽발칸연구소 2012 동유럽발칸연구 Vol.29 No.-
인문공간은 인과 문, 공간의 합성어이다. 인문공간은 인간의 활동이 개입된 곳이다. 인간의 활동이란 인간이 자연상태로부터 벗어나 무언가를 꾸며서 인공적으로 생산한 결과를 지칭한다. 그리고 공간은 문화(人文, 人紋)가 생산되고 축적되는 ‘터’로서의 의미를 갖는다. 인간의 활동은 그러한 터와 상호관계를 맺으면서 그것과 복합적으로 작용하고 역사적으로 퇴적되어 진화·발전한다. 그 결과 나타난 인문공간은 “인간이 자연상태로부터 벗어나 삶을 영위하면서 생산해 낸 모든 물질적, 정신적 가치들이 축적된 터”라고 정의내릴 수 있다. 동일한 맥락에서 러시아의 인문공간은 “고대부터 현재에 이르기까지 러시아인들이 삶을 영위하면서 생산해낸 지식, 신념, 예술, 도덕, 제도, 법률 등 모든 정치적, 경제적, 사회적 가치들이 퇴적된 총체적인 문화적 삶의 공간”이다. The term ‘human space’ is the compound word of human being, culture, and space. Human space is the place which human being’s activities intervened. Human being’s activities are said to be the sort of results which a man from the nature cultivated and artificially produced. And space is the place where such culture was made and accumulated. Natural environment in Russia has determined the definition of human space which Russians inhabited as space of life, and explained the characteristics of material, spiritual values where Russians had cultured, produced, accumulated from the ancient times. So Russians have been making shape of their characteristics by aspects of space surroundings them, and natural environment of Russia, that is to say, Russian human space has symbolized their identity. The relationships between natural environment and human space have been major internal dynamic factors which provoked the interactions of human being and nature from the time when mankind begun cultural activities. Though the scale and characteristic of human space had changed by pressures and threats from outside, natural environment of Russia nevertheless have constantly provided objective conditions of life for Russians.
토크 향상을 위한 영구자석 보조 권선계자형 동기전동기 설계
류준열(Junyeol Ryu),황성우(Sungwoo Hwang),임명섭(Myungseop Lim),홍정표(Jungpyo Hong) 한국자동차공학회 2016 한국자동차공학회 부문종합 학술대회 Vol.2016 No.5
In order to improve the performance of Wound Field Synchronous Motor (WFSM), Permanent Magnet assisted(PM-assisted) WFSM is proposed and investigated in this paper. The effects of the inserted permanent magnet are increase of the air gap flux and mitigation of the magnetic saturation of iron core. The increase of the air gap flux and mitigation of the magnetic saturation leads to increase torque. Therefore, the torque of PM-assisted WFSM is improved. To verify the torque improvement, the most effective position of the permanent magnet insertion in PM-assisted WFSM is decided by comparing average torques in PM-assisted WFSM with the original one. The torque is calculated by 2-D finite element analysis. With the result, the PM-assistance is applied to a WFSM designed for Electric Vehicle traction motor. By comparing the results of simulated average torques of the original WFSM and the PM-assisted WFSM, the improvement of the torque is figured out.