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        SOBAKA(‘dog’)의 문화적 암시의미 연구

        허성태 ( Seongtae Heo ) 사단법인 아시아문화학술원 2019 인문사회 21 Vol.10 No.4

        관용표현(устойчивые выражения)은 해당 언어공동체의 문화적 경험에 의해 형성된 세계상(картина мира)을 잘 반영하고 있다. 이러한 표현들 중에는 동물과 관련된 것들이 많다. 이 연구의 목적은 관용표현의 문화적 함축 의미를 밝힘으로써 외국어로서 러시아어를 학습하는 학생들과 러시아어를 가르치는 교사들에게 도움을 주고자 하는데 있다. 연구의 결과, SOBAKA(‘dog’)와 관련된 러시아 관용표현은 일차적인 의미 외에도 다양한 감정(эмоция)성분과 평가(оценка) 성분을 포함하고 있는 것으로 확인되었다. 그러나 해당 관용표현만을 제한적으로 다룸으로써 SOBAKA(‘dog’)에 대한 러시아인들의 전반적인 인지체계를 종합하지 못했다는 점에서 한계가 있다. This article tries to describe a set of Meanings of SOBAKA (‘dog’) as a Cultural Connotation. Phraseological units well reflect the language picture of the world formed by the cultural experience of a language community. Among these phraseological units are many animal-related expressions. In this paper, we aim to help students learning Russian as a foreign language and teachers teaching Russian by revealing the cultural connotations of these phraseological units. As a result of our study, it was confirmed that Russian idiomatic expressions related to SOBAKA (‘dog’) contain various emotion and evaluation components in addition to the primary meanings. However, this study contains limitations in that it does not synthesize the general cognitive systems of Russians on SOBAKA (‘dog’) since it analyzed only the relevant idioms.

      • KCI등재

        광주학생독립운동의 일본지역 확산과 지지에 대한 고찰

        허성태(Heo, Seongtae),임영언(Yim, Youngeon) 조선대학교 국제문화연구원 2020 국제문화연구 Vol.13 No.2

        The purpose of this study was to examine how the Gwangju Student Independence Movement, which occurred on November 3, 1929, global spread and spread throughout Japan. The research results are as follows. First, the Gwangju Student Independence Movement in Japan showed positive responses from the Korean labor unions in Tokyo and Osaka. Second, in the case of Koreans in Japan, the most enthusiastic reaction to the Gwangju Student Independence Movement was the Tokyo Korean Workers Union. Third, it was pointed out that the Japanese response to the Gwangju Student Independence Movement was caused by an institutional defect in the governance method. However, the reaction of the leftist in Japan dealt with the initiation of the Gwangju Student Independence Movement and the development of the independence movement in comparative detail from the general situation of Chosun. Fourth, in May 1943, at Gwangju Seo Middle School, the ‘Second Gwangju Student Independence Movement’, an alliance closing struggle against the student volunteers system, the use of Japanese, and the conscription system. In conclusion, the Gwangju Student Independence Movement that took place in November 1929 was influenced by the March 1 Independence Movement in 1919 and the June 10 National independence movement in 1926, and it occurred in the Gwangju area. Still, today it is inherited by the May 18 Democratization Movement and the Honam Spirit.

      • 러버와 유체 시스템을 분리한 역상형 엔진마운트 개발

        김승원(SeungWon Kim),허성태(SeongTae Heo),오태원(TaeWon Oh),이병곤(ByeongGon Lee) 한국자동차공학회 2020 한국자동차공학회 부문종합 학술대회 Vol.2020 No.7

        The main role of the engine mountings is to hold the P/Train in the vehicle and insulate the vibration. Therefore, the main material of the engine mount consists of rubber with excellent vibration insulation. However, the behaviour of the P/train needs to be controlled in accordance with the demand for high speed driving and continuous vibration performance improvement, so the fluid system was applied. A fluid system consisting of orifice tubes will have damping performance at specific frequencies, controlling the behaviour of P/Train. However, the application of fluid mounts has the disadvantage of having high frequency dynamic characteristics disadvantage due to fluid, a non-compressive material inside rubber. As the high frequency dynamic characteristics increase, the mass damper lamp of more than 1 kg is continuously applied at each stage of development of the vehicle due to the deterioration of the combustion sound and acceleration transmission sound of the diesel engine. Mass dampers play a role of improving vibration sensitivity, but are very unfavorable structures in terms of cost and weight. Thus, in this paper, the reverse-phase mount structure, which can improve high frequency dynamic properties while maintaining fluid mounts, has been applied. It was also proposed to remove volume-stiffness (resistance to fluid non-compression) by physically separating the rubber and fluid systems.

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