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학술논문한국기계항공기술학회지2011.09 발행

9m^3급 믹서드럼 블레이드의 개발

Development of Blade on 9m^3 Class of Mixer Drum

신형곤(전북대학교); 최형철(전북인력개발원); 변동해(한국폴리텍V대학); 김영철(군산대학교)

13권 3호, 65~72쪽

초록

The concrete mixer truck which is in charge of raw materials in civil engineering construction of the concrete loading, transport, placement, is used 6m^3, 7m^3 class in domestic(Korea). But in the case of the international construction fields are utilized 9m^3 or above class because of the large-scale engineering and construction circumstances. In this paper, to develop a large 9m3 class mixer drum and the mixer drum in order to complement the technical and discharge that is responsible for stirring the blades by applying optimal design through implementation of the optimal shape of the concrete in the drum maintenance and placement of high-quality effects on increasing discharge such as advanced conventional drum mixer is to secure and differentiated technology. Large, heavy weight in development and uphold the drum mixer vehicle sub-frame is required to settle the design of the existing class mixer drum frames per 6m3 changed to account for changes in slope and length using CATIA V5 3D modeling work was performed.

Abstract

The concrete mixer truck which is in charge of raw materials in civil engineering construction of the concrete loading, transport, placement, is used 6m^3, 7m^3 class in domestic(Korea). But in the case of the international construction fields are utilized 9m^3 or above class because of the large-scale engineering and construction circumstances. In this paper, to develop a large 9m3 class mixer drum and the mixer drum in order to complement the technical and discharge that is responsible for stirring the blades by applying optimal design through implementation of the optimal shape of the concrete in the drum maintenance and placement of high-quality effects on increasing discharge such as advanced conventional drum mixer is to secure and differentiated technology. Large, heavy weight in development and uphold the drum mixer vehicle sub-frame is required to settle the design of the existing class mixer drum frames per 6m3 changed to account for changes in slope and length using CATIA V5 3D modeling work was performed.

발행기관:
한국기계항공기술학회
DOI:
http://dx.doi.org/10.17958/ksmt.13.3.201109.65
분류:
기계공학

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9m^3급 믹서드럼 블레이드의 개발 | 한국기계항공기술학회지 2011 | AskLaw | 애스크로 AI