Optimal Design of Conductor Clamps Based on Abaqus

Kai Liu; Ming Jiang; Fei Peng

doi:10.4028/www.scientific.net/AMR.915-916.244

Paper Titles

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Layout Topology Optimization for Inner Stiffeners of Excavator's Boom
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Optimal Design of Conductor Clamps Based on Abaqus
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Research on the Arc-Teeth Synchronous Belt's Tooth Load Distribution Caused by the Machining Error
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Study of the Flexible Clamping Technology on the Detection Platform of Automobile Electric Glass Regulator
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The Design and Kinematics Analysis of an Underactuated Cable-Truss Mechanism
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The Design Method of Major Parameters for Built-Up Columns
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 915-916Optimal Design of Conductor Clamps Based on Abaqus

Optimal Design of Conductor Clamps Based on Abaqus

Abstract:

Three dimensional models and finite element models of conductor clamps are built in software Solidworks and Abaqus. Different forces are loaded on finite element model of conductor clamps to obtain distributions of stress and displacement. Optimal design of conductor clamps is performed with finite element analysis and field test data. The results show that optimal design scheme achieves optimal target.