Jennifer L. Jordan; Jason R. Foley; Clive R. Siviour
Jennifer L. Jordan; Jason R. Foley; Clive R. Siviour
Time-dependent mechanical characteristics measured through the use of a microindentation technique [0.03%]
通过微压痕技术测量的随时间变化的力学特性
J. Minster; O. Blahova; J. Lukes; J. Nemecek
J. Minster; O. Blahova; J. Lukes; J. Nemecek
Measurements of Viscoelastic Functions of Polymers in the Frequency-Domain Using Nanoindentation [0.03%]
利用纳米压痕法测量聚合物在频域中的粘弹性函数
G. Huang; B. Wang; H. Lu
G. Huang; B. Wang; H. Lu
An average stress strain approach to creep analysis of RC uncracked elements [0.03%]
钢筋混凝土无裂纹构件蠕变分析的平均应力应变方法
Robertas Balevičius
Robertas Balevičius
Creep and relaxation functions of a heterogeneous viscoelastic porous medium using the Mori-Tanaka homogenization scheme and a discrete microscopic retardation spectrum [0.03%]
基于Mori-Tanaka均质化方法与离散微观延迟谱的非均质粘弹性多孔介质的蠕变与松弛函数
Q. V. Le; F. Meftah; Q.-C. He; Y. Le Pape
Q. V. Le; F. Meftah; Q.-C. He; Y. Le Pape
Modeling the viscoelastic function of asphalt concrete using a spectrum method [0.03%]
采用频谱法对沥青混凝土的粘弹性函数进行建模
Sungho Mun; Goangseup Zi
Sungho Mun; Goangseup Zi
Martin O. Steinhauser
Martin O. Steinhauser
Martin Lévesque; Katell Derrien; Didier Baptiste; Michael D. Gilchrist
Martin Lévesque; Katell Derrien; Didier Baptiste; Michael D. Gilchrist
Influence of bonding on the tensile creep behavior of paper in a cyclic humidity environment [0.03%]
粘合剂对纸张在循环湿度环境中的拉伸蠕变行为的影响
Andrew DeMaio; Timothy Patterson
Andrew DeMaio; Timothy Patterson