Estimation on Heavy Handling Robot using Flexible-Rigid Multibody Analysis
Jin‐Kwang Kim, Haeju Ko, Kibeom Park, Taegyu Kim, Yoon-Gyo Jung
Abstract
Jin‐Kwang Kim, Haeju Ko, Kibeom Park, Taegyu Kim, Yoon-Gyo Jung
Abstract
A flexible-rigid multibody analysis was pen armed to examine the dynamic response of a heavy handling robot system under a worst motion scenario. A rigid body dynamics analysis was solved and compared with flexible-rigid multibody analysis. The modal analysis and test were also carried out to establish the accuracy and the validation of the finite element model used in this paper. For the flexible-rigid multibody simulation, stresses in several major bodies were interested, so that those parts are flexible and other parts are modeled as rigid body in order to reduce computer resources.
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A flexible-rigid multibody analysis was pen armed to examine the dynamic response of a heavy handling robot system under a worst motion scenario. A rigid body dynamics analysis was solved and compared with flexible-rigid multibody analysis. The modal analysis and test were also carried out to establish the accuracy and the validation of the finite element model used in this paper. For the flexible-rigid multibody simulation, stresses in several major bodies were interested, so that those parts are flexible and other parts are modeled as rigid body in order to reduce computer resources.
Key concepts: Multibody system, Rigid body, Modal analysis, Finite element method, Modal, Rigid body dynamics, Computer science, Robot