1) consolidation stress
固结应力
1.
Research on relationship between permeability coefficient and consolidation stress of normal consolidation clay
正常固结软土渗透系数与固结应力关系研究
2.
It is shown that the stress paths together with the consolidation stress σc are the main external influential fac.
研究结果表明:应力路径与固结应力共同作用,成为影响堆石料剪切特性的主要外部因素。
3.
With free piston thin wall sampling technique and vacuum freeze drying method,undisturbed and remolded samples in different consolidation stress were made.
采取自由活塞薄壁取样技术与真空冷冻干燥法,制得不同固结应力水平下的原状样和重塑样,系统地分析了固结试验中原状样与重塑样在不同固结应力下的微观结构及参数的变化规律。
2) over-consolidation stress
超固结应力
1.
For over-consolidated strata,land subsidence usually occurs under the critical condition that initial additional stress is larger than over-consolidation stress.
超固结地层发生地面沉降需要一个大于超固结应力的起始附加应力来驱动。
3) consolidation stress ratio
固结应力比
1.
Effect of consolidation stress ratio on dynamic strength and dynamic pore water pressure of soil;
固结应力比对土样动强度和动孔压发展规律的影响
2.
The author of this article discusses varying regularity of pore pressure in saturaiton loess under different scale dynamic load,different form dynamic load,different vibrating frequency and different consolidation stress ratio.
本文论述了不同的动荷水平、动荷形式、振动频率、固结应力比条件下饱和黄土动孔压的变化规律，提出了计算平均孔压的经验公式，并在此基础上运用有限元方法，初步计算分析了饱和黄土地基中振动孔压的分布规律。
3.
Damping ratio is affected by the moisture,consolidation stress ratio,confining pressure and dry density of the compacted loess which increases with the increase of dynamic strain generally;and its value is distributed in 0.
阻尼比受含水率、固结应力比、干密度及围压等因素的影响,综合反映为随动应变的增加而增加,取值为0。
4) consolidated stress method
固结应力法
5) consolidation yield stress
固结屈服应力
1.
Use of piezocone tests to predict consolidation yield stress and overconsolidation ratio of lagoonal deposit soil;
基于CPTU测试的泻湖相沉积土固结屈服应力和OCR确定方法(英文)
6) pre-consolidation pressure
前期固结应力
1.
Research on mathematic model method for calculating pre-consolidation pressure and its application;
求前期固结应力的数学模型研究及应用
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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