The shearing strain is essentially inhomogeneous flow of metal.
剪切变形的实质是金属的不均匀流动。
The permeability coefficient is dependent on the plastic shearing strain (ratio).
渗透系数依赖于塑性剪切应变(率)。
It was pointed out that enough effective strain and principal shearing strain were necessary for the void closing.
同时得出，孔洞的闭合需要足够大的等效应变和剪应变。
This paper introduces the working principle, technical characteristics and fabricating process of a new practical shearing strain weighing sensor.
本文介绍了一种新型实用剪切应变称重传感器的原理、技术指标和生产工艺。
Both shearing strain energy and shearing stiffness of diaphragms and side walls were deduced on the basis of the principles of mechanics and finite element.
利用力学和有限元原理，推导出横隔板、横隔墙的抗剪刚度、剪切应变能。
This paper has analysed the formation of these three kinds of shearing strain and presented the methods of determining shearing strains calculating redundant extent factor.
本文分析了这三种剪切变形的形成原因，提出了测算这些剪切变形和计算多余度系数的方法。
An equation for the calculation of true shear strain was derived from the integration of infinitesimal shear strain in plane shearing process with constant principal shear strain direction.
对切应变主轴不变的平面简单切变过程，通过无穷小应变的积分，导出了真实切应变计算公式。
A displacement sensor of strain foil is designed aiming at the sheet shearing and blanking processes.
针对板材剪切与冲裁加工的特点，设计了一种应变片式位移传感器。
A displacement sensor of strain foil is designed based on the characteristic of sheet shearing and blanking process.
针对板材剪切与冲裁加工的特点，设计了一种应变片式位移传感器。
With the aid of triaxial compression test, the shearing strength and strain-stress relationship characters of compacted loess is discussed.
通过常规三轴试验研究了压实黄土的强度指标和应力—应变关系。
The hysteresis loop, stiffness digration, energy dissipation, ductility, reinforcement strain and shearing deformation of core of beam-column joints are studied.
试验从滞回曲线、刚度退化、能量耗散、延性、主筋应变及节点核心区剪切变形等方面进行了研究。
The adiabatic shearing phenomena were often found in metallic materials under high-strain, high-strain-rate deformation.
绝热剪切是金属材料在高应变速率变形条件下常见的一种现象。
In the first time, a theoretical study on ductile shearing bands based upon strain gradient plasticity theory is conducted in this paper.
本文首次应用应变梯度塑性理论对韧性剪切带进行了理论分析。
The analysis includes the height of sloshing wave, the stress and the strain of the tank wall, the uplifting of the base plate and the base moment and base shearing force.
包括储液晃动波高，罐壁的应力和应变，底板的提离以及基底弯矩和剪力。初步分析了浮放储液罐的“象足”变形产生原因及破坏机理。
The analysis includes the height of sloshing wave, the stress and the strain of the tank wall, the uplifting of the base plate and the base moment and base shearing force.
包括储液晃动波高，罐壁的应力和应变，底板的提离以及基底弯矩和剪力。初步分析了浮放储液罐的“象足”变形产生原因及破坏机理。
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