国际设备工程与管理：英文版2011，Vol.16Issue(4)：193-199,7.
The GMMBS Method for Time-temperature Superposition of Viscoelastic Materials
The GMMBS Method for Time-temperature Superposition of Viscoelastic Materials
摘要
Abstract
Using the time-temperature superposition principle, the dynamic properties of viscoelastic materials can be shifted to obtain a master curve. A shifting method based on the Generalized Maxwell Model （ GMMBS ） , is proposed for the time-temperature superposition process of thermo-rheological simple, linear viscoelastic materials. Experimental data points under different temperatures are all considered as a whole and expressed with one unified representation by the GMMBS, which utilizes the feature that the Generalized Maxwell Model can describe a large class of viscoelastic materials with needed accuracy. Compared with traditional overlapping window based shifting methods, the proposed constitutive model based method needn＇t judge the size or existence of the overlapping window first, and computes shift factors with useful information contained in all experimental data points. The effectiveness of the proposed method is verified by simulated data, generated from published test results, with various experimental noise levels, densities of data points and sizes of overlapping windows. It has been shown that the GMMBS is robust and accurate.关键词
粘弹性材料/叠加原理/广义Maxwell模型/温度/时间/S方法/数据点/动态特性Key words
generalized maxwell model/time-temperature superposition/viscoelastic分类
计算机与自动化引用本文复制引用
ZHANG Zhen-li,LI Shi-qi,ZHU Wen-ge,WANG Nan,WANG Yue..The GMMBS Method for Time-temperature Superposition of Viscoelastic Materials[J].国际设备工程与管理：英文版,2011,16(4):193-199,7.基金项目
This paper is supported by the National Science and Technology Major Project through the contract 2010zx04008-041 （）
