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      • SCOPUSKCI등재

        본드선도를 이용한 동적시스템의 해석적 종합방법

        박전수,김종식,Park, Jeon-Su,Kim, Jong-Sik 대한기계학회 1996 大韓機械學會論文集A Vol.20 No.11

        This paper presents an attempt to find the physical structure of dynamic systems which achieves the behavior of a given system function. The scheme pursued by the paper would be regarded as synthesizing dynamic systems, and a method to synthesize them analytically is proposed by means of bond graph prototypes. The method adopts several conceptsused to synthesize networks in the electrical field, but yet deconstrates its own strengths such as the freedom from assigning causality and determining junction types. Also, itis shown that this method has further advantages in reticulating a given specification into feedforward and feedback components relative to network synthesis and the method is examined though an example to trace the outline of the analytical synthesis of dynamic systems using bond graph prototypes.

      • KCI등재

        계통연계형 에너지저장시스템의 위험우선순위 분석

        김두현 ( Doo Hyun Kim ),김성철 ( Sung Chul Kim ),박전수 ( Jeon Su Park ),김은진 ( Eun Jin Kim ),김의식 ( Eui Sik Kim ) 한국안전학회(구 한국산업안전학회) 2016 한국안전학회지 Vol.31 No.2

        The purpose of this paper is to deduct components that are in the group of highest risk(top 10%). the group is conducted for classification into groups by values according to risk priority through risk priority number(RPN) of FMEA(Failure modes and effects analysis) sheet. Top 10% of failure mode among total potential failure modes(72 failure modes) of ESS included 5 BMS(battery included) failure modes, 1 invert failure mode, and 1 cable connectors failure mode in which BMS was highest. This is because ESS is connected to module, try, and lack in the battery part as an assembly of electronic information communication and is managed. BMS is mainly composed of the battery module and communication module. There is a junction box and numerous connectors that connect these two in which failure occurs most in the connector part and module itself. Finally, this paper proposes RPN by each step from the starting step of ESS design to installation and operation. Blackouts and electrical disasters can be prevented beforehand by managing and removing the deducted risk factors in prior.

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