1) Elasticity Attenuation Resistance
抗弹减性
1.
Elasticity Attenuation Resistance of Spring Steel for Automobile Suspension System;
叙述了弹簧的弹性减退机理及化学成分、热处理、气体夹杂对弹簧钢抗弹减性的影响、介绍了弹簧及弹簧钢抗弹减性能的静动态松驰试验,螺旋弹簧残余剪应变和拉伸松驰试验,鲍辛格扭转试验等评价方法。
2) anti-elasticity-letdown
抗弹性减退
1.
Anti-fatigue and anti-elasticity-letdown factors affecting spring design stress have become subject of spring steel research and development at home and abroad in recent years.
影响弹簧钢设计应力的两个主要因素抗疲劳和抗弹性减退已成为国内外弹簧钢研究开发的主题。
3) elastic sag resistance
弹性减退抗力
1.
This paper studies the elastic sag resistance of a low carbon martensite spring steel 35Si2CrVB developed recently and points that cyclic softening of spring under working is the cause of elastic sag,also considers that elastic sag resistance can be valued through dynamic mechanical properties.
对新研制的低碳马氏体弹簧钢 35Si2CrVB的弹性减退性能作了研究 ,指出弹性减退的本质是弹簧在服役过程中的循环软化 ,材料的动态屈服强度σ′0 2 ,动态屈强比σ′0 2 /σb 和σ′0 2 /σ′0 2 可作为评定材料弹性减退抗力的重要的力学指标。
4) sag resistance property
弹减性能
5) Elasticity Attenuation
弹性减退
1.
Elasticity Attenuation Resistance of Spring Steel for Automobile Suspension System;
叙述了弹簧的弹性减退机理及化学成分、热处理、气体夹杂对弹簧钢抗弹减性的影响、介绍了弹簧及弹簧钢抗弹减性能的静动态松驰试验,螺旋弹簧残余剪应变和拉伸松驰试验,鲍辛格扭转试验等评价方法。
补充资料：冲击波弹(见减少剩余放射性弹)
冲击波弹(见减少剩余放射性弹)
shock wave weapon
Cnonglloodon冲击波弹(shock wave weapon)见减少剩余放射性弹。
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