Research on Compressive Resistance of Honeycomb Paperboard with Different Number of Paper-Core

Long Shi Gao; Yuan Jun Lv

doi:10.4028/www.scientific.net/KEM.467-469.202

Paper Titles

Ductile Fracture due to Adiabatic Shear during the Serrated Chip Formation in High Speed Cutting: a Microscopic Investigation
p.181

Application and Research of Rotate-Lookup-Summation in Robot Motion
p.186

Optimal Size of China’s Fiscal Expenditure and Policy Evaluation: 1978-2006
p.192

Prediction of Forces in Micro-Cutting and the Study Based on Simulation
p.197

Research on Compressive Resistance of Honeycomb Paperboard with Different Number of Paper-Core
p.202

Digital Mining Control Management System in an Open Pit Based on GIS/GPS/GPRS
p.207

Rolling Process of Ribs with Triangular Cross Section on Surface of Copper Tube
p.212

A Novel Time Synchronization Algorithm Based on the Synchronizer on Wireless Sensor Network with Clustering Architecture
p.217

The Application of an Improved Ant Colony Algorithm in Mobile Robot Path Planning
p.222

HomeKey Engineering MaterialsKey Engineering Materials Vols. 467-469Research on Compressive Resistance of Honeycomb...

Research on Compressive Resistance of Honeycomb Paperboard with Different Number of Paper-Core

Abstract:

Compressive performance of honeycomb paperboard with different number of paper-cores had been analyzed to meet the need of honeycomb paperboard produce. First, the models were built after buckling theory analysis. Dynamic characteristics of nonlinear collapse process under axial dynamic load were analyzed in the FEA software. It was indicated that: the collapsing process was divided into four parts: linear elastic phase, elastic-plasticity phase, plasticity collapse phase and densification phase. When the number of cores increased, the models had a bearing up on compressive strength. At last, the compressive performance had been verified by experiment.