Calculation and Design Analysis of Grid with Six-Point Supporting

Ke Li; Jing Ji; Yan Li

doi:10.4028/www.scientific.net/AMM.166-169.211

Paper Titles

Research Progress and Prospect on Self-Drilling Screw Connection Shear Capacity
p.187

Free Vibration Analysis for Step Tubular Structures of Tall Buildings Supported on Elastic Foundation Soil
p.194

Numerical Simulation Analysis on Shear Bearing Capacity Experiments of Cold-Formed Steel Self-Drilling Screws Connection
p.200

Design and Analysis on Fan-Shape Four Pyramid Grid with Single Point Supporting
p.207

Calculation and Design Analysis of Grid with Six-Point Supporting
p.211

Test on Hybrid Connection for Steel Bars in Concrete
p.215

Parameters Analysis of Re-Centring SMA Damper Based on SAP2000
p.219

A Simplified Prediction on Deflection of Web-Core Sandwich Beam in Weak Direction
p.226

Experimental Study on Elastic Modulus of Combined Aggregate Concrete
p.230

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 166-169Calculation and Design Analysis of Grid with...

Calculation and Design Analysis of Grid with Six-Point Supporting

Abstract:

In combination with a distinctive grid design with six-point supporting, three kinds of calculation methods of the grid structure are compared. By finite element method the internal force of the bars and deformation of the whole structure are calculated, and specific design process is given. Finally design details of bolts ball nodes of grid are given, these can provide reference for the same kind of grid structure design.