An elastic modulus of single voxel was measured and analyzed measure physical properties of materials. 提出了一种飞秒激光双光子成型点弹性模量的测量及结果分析方法. 互联网 Stem stiffness depends the elastic modulus the material and to the fourth power of the diameter. 假体柄的刚度由制备材料的弹性模量...
Stem stiffness depends the elastic modulus the material and to the fourth power of the diameter.───假体柄的刚度由制备材料的弹性模量决定且与直径的4次方成正比. Confining pressure have different influence on strength elastic modulus and damage form obviously.───在围压相同情况下,岩石的蠕变损伤与...
elastic modulus_水利行业词汇 弹性模量 材料在弹性变形阶段内,正应力和对应的正应变的比值。 elastic modulus_航天行业词汇 弹性模量 elastic modulus词源英文解释 The first known use of elastic modulus was in 1904 elastic modulus 例句 1.The third moment creep will occur when the generalized elastic ...
细胞培养板:CytoSoft培养板--积极响应组织硬度! 细胞中的张力是对组织硬度(stiffness)的响应产生的,通常以杨氏弹性模量(E)表示,单位为kPa(kPa),这是对抗压力或拉伸力的抵抗力的度量。为了创建更贴近体内情况的体外细胞模型,更多研究人员开始在更软的基底上培养细胞,这更接近于天然组织的硬度。 艾美捷CytoSoft培养板...
(2005). The strength is expressed by the following equation: (5)qf=2⋅cosϕ1−sinϕc0+α⋅Shβ+2⋅sinϕ1−sinϕσ3′ where c0, ϕ, α and β are the coefficients that were obtained via the experiment. The initial elastic modulus is considered as a function of Sh ...
Elastic modulus is a general term for the ratio of stress to strain in materials, while Young's modulus specifically measures this ratio for linear elastic deformation under tension or compression.
The constitutive equation for linear elastic deformation is (10.1)σ=Mε, where σ is the applied stress, M is the elastic constant, and ε is strain. This relation is also called Hooke's law. There are five elastic constants. For example, Young's modulus, E, applies to the case of ...
The strain-dynamical-covariance matrix (Equation (1)) determines the stiffness and compliance elastic tensors from Equations (9) and (10) in the Methods Section, respectively. From the tensors, we obtain the moduli B, G, E, and ν following the Voigt-Reuss-Hill (VRH) approximation (see ...
The larger the value of bulk modulus of compound, the stronger resistance to volume change by an applied pressure. The two constants E and G are all that are needed to fully characterize the stiffness of an isotropic material. The present calculated results of these moduli demonstrate that the...
[77] shows a selection of suitable materials for elastic kinetics using an Ashby diagram [95] highlighting the ratio between flexural strength to stiffness. The researchers argue that the ratio between flexural strength (MPa)/Flexural Young Modulus (GPa) of materials selected for this purpose ...