1) shear ductility
剪切延性
1.
Based on the data of tested beams,first,the effects of concrete strength,stirrups strength,inclined stirrup angle,the amount of longitudinal reinforcement on model of failure,shear ductility coefficient and shear capacity were analyzed.
根据试验结果,分析了混凝土强度等级、箍筋的强度和倾角、纵筋配筋率和纵向分布钢筋等因素对试验梁破坏形态、剪切延性系数和受剪承载力的影响,并将受剪承载力试验值与我国混凝土结构设计规范和美国ACI规范计算值进行了对比。
2) ductility / shear deformation
延性/剪切变形
3) shearing resistance
抗剪切性
1.
Hydrophobically associating polymer solution has special shearing resistance performance because of introduced associating base group, so there is a wide application prospect in oil gas exploitation.
疏水缔合聚合物分子链上疏水基团的引入使其溶液具有独特的抗剪切性能,从而在油气田开采领域具有广阔的应用前景。
2.
31 s-1),the shearing resistance,and the oil displacement efficiency of high concentrated(2.
31 s-1)、抗剪切性、弹性及岩心驱油效果作了比较研究。
4) ductile shearing
韧性剪切
1.
Simulating experiments were done on foe migration process- "releasing local migration" of SiO2 in phyllite in the process of ductile shearing.
实验较好地模拟了韧性剪切作用过程中SiO2“释放-局部迁移”的迁移过程。
5) Shear properties
剪切特性
1.
The shear properties indexes of brown rice grain were important in evaluating quality of brown rice.
稻米籽粒的剪切特性指标可以用来评价稻米的品质,通过剪切试验获得了稻米籽粒剪切特性的力学指标包括硬度、破坏能、破坏力及破坏应力等,并研究了不同品种稻米的剪切特性指标,通过多项式回归及多元逐步回归建立了剪切特性指标与稻米成分之间关系的回归方程,可为评定和控制水稻的最后质量提供新的方法和新的研究手段。
2.
In this paper, the shear property indexes of brown rice grain including toughness, shear failure energy, shear failure force, shear failure stress were obtained by applying shear experiment, and the effect of the moisture content on the shear properties of brown rice grain was studied, the regression equation of relation of shear properties and moisture content were established by multiva.
稻米籽粒的剪切特性指标可以作为稻米品质评价的指标之一,本文通过试验获得了稻米籽粒剪切特性的力学指标包括硬度、破坏能、破坏力及破坏应力等,并研究了含水率对稻米籽粒剪切特性的影响,通过多项式回归建立了剪切特性指标与含水率之间关系的回归方程,为水稻品质育种,评定和控制水稻的最后质量提供新的方法和新的研究手段。
3.
The shear properties indexes of brown rice grain are important in evaluating quality of brown rice.
稻米籽粒的剪切特性指标可以用来评价稻米的品质。
6) shear properties
剪切性质
补充资料:广延性质
分子式:
CAS号:
性质:在热力学中,物系的宏观性质可以分成两类:一类为强度性质,如温度、压力、组成等;这些性质不必指明物系的量就可以确定,并且没有加和性;另一类为广延性质,如物系的质量、体积、内能、热焓等;在一定条件下,物系的广延性质具有加和性。例如在一定的温度和压力下,有ng摩尔的气体和n1摩尔的液体,其总容积为,V=ngvg+n1v1。式中vg、v1为气体和液体的摩尔容积。
CAS号:
性质:在热力学中,物系的宏观性质可以分成两类:一类为强度性质,如温度、压力、组成等;这些性质不必指明物系的量就可以确定,并且没有加和性;另一类为广延性质,如物系的质量、体积、内能、热焓等;在一定条件下,物系的广延性质具有加和性。例如在一定的温度和压力下,有ng摩尔的气体和n1摩尔的液体,其总容积为,V=ngvg+n1v1。式中vg、v1为气体和液体的摩尔容积。
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