1) peak value of stress response
峰值应力响应
1.
The peak value of stress response is important when the strength of the structure in broadband random vibrations is considered.
考核结构件在宽带随机激励下的强度,需要考察结构的峰值应力响应。
2) maximum response
峰值响应
1.
Simulation results demonstrate that the presented control method is effective in reducing maximum responses of structures.
算例结果显示 ,所提控制方法能够较好地控制系统的峰值响应 ;若按无时滞控制设计对时滞系统进行振动控制 ,系统响应有可能出现发
2.
The simulation results demonstrate that the presented control method is effective in reducing maximum responses of the systems, and the system stability can be guaranteed by using this control method.
算例结果显示 ,所提控制方法能够较好地控制系统的峰值响应 ,且能够保证控制系统的稳定性 ;若按无时滞控制设计对时滞系统进行振动控制 ,系统响应有可能发
3.
The simulation results demonstrate that the presented control method is effective in the reducing maximum responses of the sys.
算例结果显示,所提控制方法能够较好地控制系统的峰值响应,且能够保证控制系统的稳定性;若按无时滞控制设计对时滞系统进行振动控制,系统响应有可能出现发散。
4) peak stress
峰值应力
1.
In order to research on correlative functions of peak stress and deformation stored energy with Zener-Hollomon parameter,the elevated temperature tensile test of 45 steel was carried out at Gleeble-1500D thermal-mechanical simulator,in the range of deformation temperature 1123-1273K and initial strain rate 0.
01~5s-1,并采用双曲正弦模型,研究了45钢在高温拉伸条件下的峰值应力、变形储能与Zener-Hollomon参数的关系函数。
2.
The model of thermal deformation and the relationship of peak stress,peak strain and Z were obtained that provide basic data for prediction and control of microstructure and properties of tested steel products.
975 kJ/mol,并建立了试验钢动态再结晶热变形模型和峰值应力、峰值应变与Z因子的关系,为预报和控制该钢的组织和性能提供了基本依据。
3.
The activation energy of deformation was calculated and the relationship among peak stress and deformation temperature and strain rate was established.
实测了高温下应力-应变关系曲线,观察了变形后的显微组织,计算了材料的激活能,并建立了峰值应力与变形温度和应变速率的关系。
5) peak stress
应力峰值
1.
One method to decrease the peak stress at the joint of nozzle and thick cylinder was introduced in this article.
本文介绍了一种降低厚壁圆筒与接管连接处应力峰值的方法。
补充资料：第二峰值法试验
分子式：
CAS号：
性质：一种检验不锈钢晶间腐蚀倾向的快速的电化学方法。对敏化的不锈钢试样在1mol/L H2SO4中测定阳极极化曲线，曲线上在比活化钝化峰更正的电位下出现第二峰，峰的高度可以表示晶间腐蚀倾向的大小。也可在第二峰值电位下保持2h，然后进行弯曲试验，根据试样的裂纹判断晶间腐蚀倾向。
CAS号：
性质：一种检验不锈钢晶间腐蚀倾向的快速的电化学方法。对敏化的不锈钢试样在1mol/L H2SO4中测定阳极极化曲线，曲线上在比活化钝化峰更正的电位下出现第二峰，峰的高度可以表示晶间腐蚀倾向的大小。也可在第二峰值电位下保持2h，然后进行弯曲试验，根据试样的裂纹判断晶间腐蚀倾向。
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