ANSYS와 ADAMS을 이용한 30m급 굴절형 절연붐의 동적 내구성 분석
Dynamic Durability Analysis of the Insulation Boom for Refraction with 30 m Class Using ANSYS and ADAMS
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In this paper, the boom of a 30m class refracted insulation with outrigger on aerial elevating work platform is modeled as 3D CAD program of CATIA. The static and dynamic analyses are performed by using ANSYS and ADAMS programs, respectively. The refracted insulation boom uses acetal and the composite boom for insulation. And the composite insulation boom is modeled by using ACP (Ansys Composite Prepost) of ANSYS program. In order to analyze the durability of refracted insulation boom, the static analysis is performed and each analyzed part is stored as =MNF-type flexible body model. The dynamic analysis is performed with ADAMS by using the flexible model. As the result, these analyzes clarify the structural stability and dynamic durability (hot spot) of the refracted insulation boom.
Abstract
In this paper, the boom of a 30m class refracted insulation with outrigger on aerial elevating work platform is modeled as 3D CAD program of CATIA. The static and dynamic analyses are performed by using ANSYS and ADAMS programs, respectively. The refracted insulation boom uses acetal and the composite boom for insulation. And the composite insulation boom is modeled by using ACP (Ansys Composite Prepost) of ANSYS program. In order to analyze the durability of refracted insulation boom, the static analysis is performed and each analyzed part is stored as =MNF-type flexible body model. The dynamic analysis is performed with ADAMS by using the flexible model. As the result, these analyzes clarify the structural stability and dynamic durability (hot spot) of the refracted insulation boom.
참고문헌 (4)
- J. S. Kim, "Durability Analysis of Telescopic Boom Using ADAMS", ANSYS, 2016, pp.17(2), 398~401
- J. S. Kim, "Optimization Design by Durability Analysis of 30m class refraction type insulated work car boom", Proceedings of the KAIS Spring Conference, 18(2), pp.128~130 (2017)
- "ADAMS User's Reference Manual, Ver. 8.0 MDI", ~ (2005)
- 김진수, "파괴방수차 다관절 붐의 동특성 및 내구성에 관한 연구", 한국산학기술학회논문지, 15(8), pp.4769~4775 (2014), 한국산학기술학회[DOI]