1) temperature history
温度历程
1.
Simulation of expansion process of MgO concrete considering the temperature history effect;
考虑温度历程效应的氧化镁微膨胀混凝土仿真分析模型
2.
Considering the effect of temperature history on shrinkage compensation rate, this article gives a new simulation method for analyzing the shrinkage compensation concrete (SCC) wall stress, which is verified by a project at last.
通过研究地下室混凝土外侧墙1~14d温度、应力变化,讨论此类结构内约束与外约束关系,考虑温度历程对限制膨胀率的影响,提出了补偿收缩混凝土墙应力仿真分析方法,并应用于实际工程。
2) time temperature history
升温历程
3) temperature history
温度历史
1.
Based on the distribution feature and temperature history relativity of stress strain field in the solder joint, the concept of relative damage stress was put forward as dominant mechanical factor responsible for the failure of solder joint.
针对温度循环载荷下软钎焊焊点界面空洞损伤的失效行为特点 ,结合焊点内部应力—应变场分布特征及其温度历史相关性 ,提出了相对损伤应力这一概念 ,并以此作为温度循环载荷下软钎焊焊点失效的主控力学因素。
2.
In order to describe the nonproportional cyclic deformation behavior at anisothermal condition,a viscoplastic constitutive model is introduced,which considers nonproportional cyclic additional hardening,the effects of nonproportional cyclic loading history and temperature history.
为了描述在非等温非比例循环加载下的循环变形行为，本文提出了一个考虑材料非比例循环附加硬化效应、非比例循环加载历史效应和温度历史效应的粘塑性本构模型。
4) thermal history
温度随时间变化历程，温度时间关系
5) time-temperature history
时间温度历史
6) time-dependent effect of temperature
温度历时效果
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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