1) microyield
微屈服
1.
In the case of a lower σ_a,the PMC had no effect on macroyield strength(YS) of the composite,but could raise its microyield streng.
对退火态复合材料,预力学循环对塑性变形抗力的影响主要取决于力学循环应力幅度σa:在较低σa条件下,宏观屈服强度无明显变化,而少数几个循环即可提高微屈服强度,但循环次数再增多,微屈服强度也基本不变;随σa的升高,宏观及微屈服强度均有较明显的增高;但当σa过高时,将会因微结构损伤造成宏观屈服强度和微屈服强度急剧下降,即存在一个最佳的σa,使各级塑性变形抗力达到最高。
2.
The effect of matrix,volume and dimension of reinforced particulate and heat treatment processes on microyielding behavior of the composites was studied.
采用无压渗透法制备碳化硅颗粒增强铝基复合材料,探讨了基体材料、增强相尺寸、增强相体积分数、热处理工艺等对其微屈服行为的影响。
3.
The particle reinforced MMC's microyield behavior is computed by micromechanics model.
本文采用细观力学模型 ,计算了颗粒增强金属基复合材料的微屈服行为规律。
2) Micro-yield Strength
微屈服强度
1.
Through comparison between the micro-yield strength value of and the corresponding yield strength value of more than 130 samples, it is shown that the tedious micro-yield tests can be replaced by common and simple yield tests.
通过130多个铍试样的微屈服强度与屈服强度的比较试验证明,用常规简单的屈服强度试验代替冗长的微屈服强度试验是可能的。
2.
We research the micro-yield strength of 1Cr18Ni9Ti steel under the high temperature aging treatment,provide mechanical parameters for mechanical engineering.
测试1Cr18Ni9Ti合金钢高温时效处理状态下的微屈服强度,为工程实际提供力学参数。
3.
Dimensional stability of sub-micron Al2O3 /2024Al composites was studied by means of micro-yield strength measurement and TEM analysis.
本文利用微屈服强度测试和透射电镜分析,研究了亚微米级Al_2O_3颗粒增强2024Al复合材料的尺寸稳定性。
3) microyield strength
微屈服强度
1.
The influence of electric filed intensity during the process of aging in electric field on the microyield strength and micro\|plastic deformation behavior of 2024 aluminum alloy was studied.
研究了电场时效处理中电场强度对 2 0 2 4铝合金的微屈服强度和微变形行为的影响。
2.
The measuring method of the microyield strength has studied with the INSTRON testing equipment.
利用INSTRON试验机研究了微屈服强度的测试方法。
4) microyield stress
微屈服应力
5) microyield behavior
微屈服行为
1.
The microyield behavior of the composite was investigated,and the effect of different thermal cycling treatment on the microyield behaviors of the composite was studied.
采用微屈服强度测试、透射电镜和高分辨透射电镜分析，对经过不同冷热循环工艺处理后的ＳｉＣｐ／６０６１复合材料的微屈服行为进行了研究。
6) preyield microplasticity
屈服前微塑性
补充资料：寄微之 时微之为虢州长史。
【诗文】：
高天默默物茫茫，各有来由致损伤。
鹦为能言长剪翅，龟缘难死久搘床。
莫嫌冷落抛闲地，犹胜炎蒸卧瘴乡。
外物竟关身底事，谩排门戟系腰章？
【注释】：
【出处】：
全唐诗
高天默默物茫茫，各有来由致损伤。
鹦为能言长剪翅，龟缘难死久搘床。
莫嫌冷落抛闲地，犹胜炎蒸卧瘴乡。
外物竟关身底事，谩排门戟系腰章？
【注释】：
【出处】：
全唐诗
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