Studies on Galloping of Iced Conductor Based on Tower-Line Coupling System – Mechanic Model and Intial Shape

Hao Jun Hu; Yuan Han Wang; Zi Dong Hu

doi:10.4028/www.scientific.net/AMM.182-183.1643

Paper Titles

Structure Design and Comparison Analysis of Frame System with Angle-Steel Column and Prestressed Beam
p.1626

Studies on Galloping of Iced Conductor Based on Tower-Line Coupling System – Aerodynamic Loads
p.1630

Research on Piezoelectric Transducer with Negative Impedance by FEM
p.1634

Research on Vacuum Sling Technology of Aeronautical Aluminum Alloy Low-Rigid Parts
p.1638

Studies on Galloping of Iced Conductor Based on Tower-Line Coupling System – Mechanic Model and Intial Shape
p.1643

Back-Analysis Improved Particle Swarm Optimization Algorithm on Mechanical Parameters of Divisional Geotechnical Engineering Material
p.1647

3D Finite Element Analysis of Single Cylinder Diesel Engine Crankshaft
p.1654

Biomechanical Analysis of Two Techniques Performed in Table Tennis
p.1658

Study on Mechanical Property and Displacement of Latticed Soil Nailing Support
p.1662

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 182-183Studies on Galloping of Iced Conductor Based on...

Studies on Galloping of Iced Conductor Based on Tower-Line Coupling System – Mechanic Model and Intial Shape

Abstract:

A nonlinear finite element model of transmission tower-line coupling system including transmissions, towers and insulators is established based on ANSYS in this paper. Based on the second development at the ANSYS computing platform, finite element model of a Tower-Line Coupling system was established. The approach is applied to study intial shape of Tower-Line Coupling System. With the comparison with classical test cases, the approach was validated, performing high computing efficiency.