1) superelasticity
超弹性
1.
A constitutive model for superelasticity of shape memory alloy based on neural network;
形状记忆合金超弹性本构关系的神经网络模型
2.
The research of shape memory effect and superelasticity of a TiNiAl alloy;
TiNiAl合金形状记忆及超弹性效应研究
3.
Development and applications of nickel-titanium alloys with shape memory effect and superelasticity;
形状记忆与超弹性镍钛合金的发展和应用
2) Super-elasticity
超弹性
1.
Mechanical Properties of Cu-Al-Be Super-elasticity Alloy;
Cu-Al-Be超弹性合金的力学性能研究
2.
Experimental study of super-elasticity of packer-oriented TiNi shape memory alloy;
封隔器用钛镍形状记忆合金超弹性实验研究
3.
Effects of Cold Deformation on Super-elasticity and Microstructure of TiNiCr Shape Memory Alloys;
冷变形对TiNiCr形状记忆合金超弹性和组织的影响
3) hyperelastic
[,haipəri'læstik]
超弹性
1.
Research of robust hybrid strain-EAS solid shell element for hyperelastic analysis of shells;
用于超弹性分析的高效杂交应变——EAS固体壳单元的研究
2.
Numerical Analysis of Skeletal Muscle Using Model of Hyperelastic Matrix and Active Contraction Fiber
基于纤维增强超弹性基体模型的骨骼肌有限元模拟
3.
Application of hyperelastic constitutive models in finite element analysis on tires
超弹性本构模型在轮胎有限元分析中的应用
4) hyperelasticity
超弹性
1.
Based on the Automated Grid Method test system with environmental temperature box, the experimental investigation on the hyperelasticity of carbon black particle-filled rubber at different temperatures was carried out in this paper.
基于含温度箱的自动网格法试验系统,本文对不同温度下炭黑颗粒填充胶料的超弹性力学行为进行了实验研究。
2.
The oscillating behavior of dynamic crack propagation in hyperelasticity material is explored using an advanced Lattice-Model.
研究结果表明,对于具有粘性超弹性性质的高分子聚合物,基于非局部效应的Lattice-Model是研究材料断裂多尺寸效应的一种有力工具。
3.
The hyperelasticity of rubber materials was briefly summarized first, then some foreign classic and typical elastic constitutive models of incompressible rubber materials from statistical mechanics and continuum mechanics,were reviewed,together with introducing the scope of application and limitations for these constitutive models and effects of compressibility.
首先对橡胶材料的超弹性理论进行了简单的总结,然后从分子统计热力学和连续介质力学两方面综述了国内外一些经典的有代表性的橡胶材料不可压缩本构模型,同时还介绍了这些本构模型的适用范围和应用局限性,阐述了橡胶材料可压缩性对本构模型的影响。
5) pseudoelasticity
超弹性
1.
At higher strain rate, the alloy exhibits linear-like pseudoelasticity, which.
实验结果表明:随着应变速率的增加,合金的应力诱发马氏体相变临界应力逐渐增加,相变平台逐步消失,卸载后的残余应变减小,加载—卸载变形曲线的应力(应变)滞后也减小;在较高加载速率下,合金表现出类线性超弹性变形行为,可获得高达4。
2.
The pseudoelasticity of Ti-50.
0%的非线性超弹性,高温固溶时效处理的合金由于析出相强化提高了合金母相强度,因而相变超弹性能比中温退火的合金要好,在相同试验条件下,高温固溶时效处理合金的加载—卸载曲线包围面积比中温退火的大,但随着加载速率的增加而减小;在较高加载速率下,中温退火的合金表现出近乎线性超弹性。
3.
A finite element analysis of multi-asperities on the surfaces of three TiNi alloys with different pseudoelasticity and steel 20MnV under normal loads was carried out.
对三种不同超弹性的TiNi合金及20MnV钢表面多微凸体在法向载荷作用下的模型进行了有限元分析,并对超弹TiNi合金的磨损机制进行了探讨。
6) superelastic spring
超弹性弹簧
补充资料：超弹性物质
见纯力学物质理论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条