Guyed Mast Structure Select Initial Parameter Impact on Research Performance

Gui Zhen Ma

doi:10.4028/www.scientific.net/AMM.621.143

Paper Titles

The Calculation of the Dynamic Problem for the Thin Shell by Method of Convolution-Type Point Collocation
p.120

Analysis of the Shear Failure of a Reinforced Concrete Wall
p.124

Modeling and Characteristics Investigation on a Load Control Valve
p.130

Experimental Investigation of Energy Damping in Masonry Mechanisms
p.137

Guyed Mast Structure Select Initial Parameter Impact on Research Performance
p.143

Different Approaches to Numerical Simulations of Prestressed Concrete Structural Elements
p.148

CC Path Generation Method Based on Cutting Shape of Flat-End Cutter
p.157

Study on Five-Axis NURBS Path Generation Method and Direct-Interpolation for CNC System
p.162

Conception of Scheduling and Planning in Reconfigurable Work Stations on the Base of IEC 61499 Function Blocks
p.167

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 621Guyed Mast Structure Select Initial Parameter...

Guyed Mast Structure Select Initial Parameter Impact on Research Performance

Abstract:

Mast structure is made of soft tow rope and slender shaft, whose large deformation and strong nonlinear dynamic characteristics makes very complicated. Under normal design, construction proportion of cases occurring high mast damage is rare in civil construction. In this paper, by choosing the initial parameters of multilayer guyed mast structure, and to study the impact on the performance of the mast structure.