1) malakograph
['mæləkəu,ɡrɑ:f]
软化率计
2) softening fraction
软化率
1.
The softening fraction Fs increased as the time of the isothermal gap prolonged, and the higher the temperature of the deformation and interval, the bigger the softening fraction.
结果表明 ,在热压缩变形两道次间保温停歇之后 ,流变应力出现了明显的软化现象 ,保温时间越长 ,合金软化率越高 ;变形及停歇保温温度越高 ,合金软化越严
2.
The softening fraction Fs increased as the time of the isothermal gap prolonged; and the higher the temperature of the deformation and interval, the bigger the softening fraction.
结果表明，在热压缩变形道次间保温停歇之后，流变应力出现明显的软化现象，保温停歇时间越长，合金软化率越高；变形及停歇保持温度越高，合金软化越严重。
3.
The softening fraction reduces as the time of the isothermal gap prolongs;and the higher the temperature of deformation and interval,the higher the softening fraction.
结果表明:在热压缩变形道次间保温停歇之后,流变应力明显降低,保温停歇时间越长,合金软化率减小;变形及停歇保持温度越高,合金软化程度越高。
3) maximum softening rate
最大软化率
1.
A method was developed to determine the critical strain (ε_c) for DRX initiation, the strain for maximum softening rate (ε~*) and the steady strain (ε_s) by using the plot of work-ha.
通过奥氏体再结晶动力学回归计算了20CrMnTi的形变激活能,以及峰值应力与变形温度、应变速率之间的关系;提出采用加工硬化率-应变(θ-ε)图可以准确地判断该钢发生动态软化的类型,并可以确定动态再结晶开始和结束以及最大软化率时所对应的应变。
4) softening rate sustained load
保载软化率
5) work-softening
加工软化率
6) coefficient and softening rate
数软化速率
补充资料：率计
1.计算。
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