1) katastatic stress
弛存应力
2) stress relaxation
应力松弛
1.
Tensile stress relaxation of wood under high temperature and pressurized steam.;
高温高压蒸汽条件下木材的拉伸应力松弛
2.
Viscoelastic stress relaxation by scaled time;
粘弹性应力松弛过程的时间标度变换
3.
Mechanical model for the stress relaxation of PVC calendered flexible composites;
PVC压延柔性复合材料应力松弛的力学模型
3) stress relaxation
应力弛豫
1.
Stress-strain behavior of butadiene rubber/organomontmorillonite nanocomposites Ⅱ.Stress softening effect and stress relaxation;
顺丁橡胶/有机蒙脱土纳米复合材料的拉伸应力-应变行为 Ⅱ.应力软化效应及应力弛豫
2.
The stress relaxation behavior of(EPDM) vulcanizate was also researched.
考察了过氧化二异丙苯(DCP)用量和MAA用量对EPDM硫化性能和物理机械性能的影响,研究了硫化胶的应力弛豫行为。
3.
Furthermore, the stress-strain curves and stress relaxation behavior of EPDM vulcanizates was also studied.
此外,还对EPDM的应力-应变曲线和应力弛豫行为进行了研究。
4) stress-relaxation
应力松弛
1.
Effect of cooking technology and chemical components on stress-relaxation property of cooked rice;
蒸煮工艺和化学成分对米饭应力松弛特性的影响
2.
Manufacture of prosthetic nucleus and analysis of stress-relaxation properties;
髓核假体的制备及应力松弛特性的影响分析
3.
Experimental Study on Intact Tomato s Stress-relaxation during Storing at Normal Temperature;
常温贮藏中番茄应力松弛特性试验
5) relaxation
[英][,ri:læk'seɪʃn] [美]['rilæk'seʃən]
应力松弛
1.
Experimental Study on Kiwifruit's Stress-relaxation Property;
猕猴桃压缩—应力松弛的试验
2.
The Stress Relaxation Analysis on Simulation Fracture of Neck of Femur Fixed with Screw;
模拟股骨颈骨折螺丝钉固定应力松弛分析
3.
We studied the fracture of femur s neck by the fixed with single bolt, the fixed with two bolts and then the property of relaxation biomechanics of every sample groups of bone in the section of fracture.
研究了模拟股骨颈骨折后,以加压螺丝钉单钉固定、双钉固定、双钉固定后在骨折区植骨各组标本的应力松弛力学性质,为临床提供生物力学参数。
6) strain relaxation
应力弛豫
1.
The effect of radiation induced strain relaxation on electric performance of Al_mGa_(1-m) N/GaN HEMT;
辐射感生应力弛豫对Al_mGa_(1-m)N/GaN HEMT电学特性的影响
2.
The study of the strain relaxation in ultrathin CMR films is important to the understanding of CMR materials and their applications.
锰氧化物庞磁电阻材料超薄膜的应力弛豫特性的研究对理解这一强关联体系的特性及应用都具有重要的意义。
补充资料：应力弛豫曲线
分子式：
CAS号：
性质：使黏弹性材料在初始时发生一定常应变并予以保持，在这种情况下应力随时间衰减的曲线。若材料的黏弹性符合线性黏弹性模型，则应力弛豫曲线可用麦克斯韦模型描述：σ(t)=σ·exp(-t/τ)。式中σ0为初始应力，τ为弛豫时间。但高分子材料的实际应力弛豫要复杂得多，在无限长的时间内应力并不弛豫到零，而是达到某一平衡值。应力弛豫实验是研究高分子黏弹性形为的一个重要手段。应力弛豫像蠕变一样对温度有依赖性，并且符合时温等效原理。
CAS号：
性质：使黏弹性材料在初始时发生一定常应变并予以保持，在这种情况下应力随时间衰减的曲线。若材料的黏弹性符合线性黏弹性模型，则应力弛豫曲线可用麦克斯韦模型描述：σ(t)=σ·exp(-t/τ)。式中σ0为初始应力，τ为弛豫时间。但高分子材料的实际应力弛豫要复杂得多，在无限长的时间内应力并不弛豫到零，而是达到某一平衡值。应力弛豫实验是研究高分子黏弹性形为的一个重要手段。应力弛豫像蠕变一样对温度有依赖性，并且符合时温等效原理。
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