Contact Stresses Analysis between Glass Panel and Upright Fitting Roller gabled with different hyperelastic materials
This study proposes an approach to analysis the stresses distribution between the fitting roller and glass panel for a vertical panel attachment manufacture modulus under varied loading conditions as depicted in Figure 1. The fitted roller gabled with different rubber materials included Polchloroprene rubber (CR), nature robber (NR), and Polyurethane (PU), with the hardness 60, 70, 80 IRHD, respectively, The ANSYS and LS-DYNA software are adapted herein to simulate the contact stresses between fitted roller and glass panel. The external loading applied in rubber coated roller is from 1kg up to 5kg. The simulation resn- of the contact stresses, included pressure stresses and shear stresses, can understand how to iiieve the uniform pressure situation between the fitted roller and the glass panel. Therefore, the compactness between the polarizer and the glass panel will reach perfect condition with no air b ies left.
hyperelastic material explicit finite element Mooney-Rivlin theory compactness rubber
Lu-Ping Chao Ming-Chih Hsiao I-Ju Chen Hung-Yi Wu
Mechanical and Computer Aided Engineering Dept., Feng Chia University, professor Gallant Precision Machining Co Ltd, deputy director, section manager Mechanical and Computer Aided Engineering Dept., Feng Chia University, master student
国际会议
合肥
英文
913-918
2011-09-23（万方平台首次上网日期，不代表论文的发表时间）