The Application of UG Finite Element Analysis on Dynamic Load Analysis of Cable Pendulum Bar

Xiao Qing Wu; Ji Ming Xue; Ying Qiang Zheng; Huan Gong Wang

doi:10.4028/www.scientific.net/AMR.1006-1007.331

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Gear-Drive Parametric Design with Femap Express Stress Analysis
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A Prevalent Error in Optimization Design of Helical Springs
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The Application of UG Finite Element Analysis on Dynamic Load Analysis of Cable Pendulum Bar
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Kinematics Analysis and Simulation of a Shaper Mechanism Based on UG NX8.0
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Research on Real-Time Plotting of High-Speed CNC Laser Cutting
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The Construction of Sweep Surface Based on Precision Control
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A New Method of Data Smoothing for Scan-Line Point Cloud in Reverse Engineering
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The Application of UG Finite Element Analysis on Dynamic Load Analysis of Cable Pendulum Bar

Abstract:

Cable pendulum bars need to withstand not only the gravity of ripe plug and cable but also the impact load of the shedding of ripe plug. In this paper, the cable pendulum bar was modeled and analyzed using finite element analysis by UG NX4, and stiffness strength check was carried out on cable pendulum bar. On this basis, the impact load were calculated and analyzed. The shearing stress of forced off cylinder’s block, strength of steel wire rope and the force of cable pendulum bar’s locking mechanism were checked with the shock loads, and the basic theory to design and development cable pendulum bar were provided.