stress fiber

Mechanisms of Stress Fiber , Vinculin and FAK on Hepatic Fibrosis in Rats

应力纤维、纽蛋白和粘着斑激酶对大鼠肝纤维化作用机制的研究

Conclusion LPS may directly induce stress fiber formation , therefore cause damages to rat cardiac myocytes , which can be reverted by polydatin through the mechanism of participating in the F-actin organization .

结论LPS可能直接导致心肌细胞应力纤维的形成，PD对LPS导致的心肌细胞损伤有保护作用。

FGF-2 action resulted in reduced actin stress fiber formation and migratory cell morphology , with no effect on cell proliferation .

FGF2可减少肌动蛋白张力丝的形成以及移行细胞的形态，但对细胞增殖没有作用。

Experimental Study on the Properties of Temperature and Stress for Fiber Bragg Gratings

光纤Bragg光栅温度和应力特性的实验研究

The properties of temperature and stress for fiber Bragg gratings have been studied experimentally .

针对光纤Bragg光栅的温度和应力特性进行了实验研究。

The distribution of normal stress in fiber and interfacial shear stress were obtained as well as the axial pull-out force .

拔出为例，对橡胶-纤维复合材料不同温度下的界面力学性能进行了数值分析，得到了相应的应力场分布和拔出载荷的变化。

The additional shear and normal stress of fiber become large with the addition of the contract ratio . Strain is proportional to stress .

纤维附加剪应力和附加正应力差随着收缩比的增大而增加。应变量与应力成正比。

The stress in fiber reinforced composites is transferred through the interface of the fiber and the matrix , so the mechanical properties of the interfacial region and the stress transfer behavior of the interface play an important role in the macroscopic mechanical properties of the whole composites .

纤维增强复合材料中的应力是通过纤维和基体之间的界面进行传递的，界面区域的力学性能及界面的应力传递过程，对整个复合材料的宏观力学性能都会产生重要影响。

Finite element analysis of internal stress in short fiber rubber composite

用有限元法研究短纤维/橡胶复合材料内应力传递

Calculation method for stress of steel fiber reinforced self-stressing concrete pipes

钢纤维自应力混凝土压力管道自应力计算方法

The relation between principal stress orientation and fiber orientation is also studies in this paper .

研究了主应力方向与纤维夹角的关系；

The Analysis of FRP Residual Stress and the Fiber s Best Prestress Range

FRP残余应力及纤维最佳预张力分析

Thermal stress damage of fiber in the preparation of c_f / sic

Cf/SiC制备过程中纤维热应力损伤研究

Study of Deflection and Stress Sensing Using Fiber Grating Chirp Effect in Bilateral Cantilever Beam

利用光纤光栅在双侧悬臂梁中的啁啾实现对挠度和应力的传感研究

Mechanical propertys of fiber composites largely depend on stress transfer of fiber and matrix .

纤维复合材料的力学特性很大程度上依赖于纤维和基体的应力传递。

Experiment results indicate that the stress characteristics of fiber grating can satisfy the needs of maglev train locating .

实验结果表明，光纤光栅的应力特性能够满足磁悬浮列车定位的需要。

The distribution and transfer of internal stress in short fiber rubber composite ( SFRC ) were researched by finite element analysis .

采用有限元法对短纤维／橡胶复合材料内应力传递和分配规律进行了初步探讨。

Using the cross model modified and MATLAB software , the composites modulus and stress on a fiber section at tensile load are calculated .

由修正后的交叉模型应用MATLAB计算了三维编织复合材料的弹性模量和拉伸载荷下纤维束截面的应力情况。

PMD in fiber is formed for the incomplete structure and the action of external stress on optical fiber and is a stochastic variable .

偏振模色散是由于光纤结构的不完美性以及外界应力作用而产生的，是一个服从麦克斯韦分布的随机量。

The effects of tiemolecule on shrinking stress of the fiber and the effects of spinning speed on its texture were analyzed .

分析了缚结分子对纤维收缩力的作用及纺速对纤维织构的影响。

Based on the shear lag theory , the formulations of thermal residual stress in short fiber reinforced composites and interface shear stress were derived in details .

基于应力传递的剪滞理论，详细分析推导了纤维中的残余热正应力和界面层中的剪应力解析公式，并与已有的理论公式进行了比较。

The stress character of fiber in embedding state is analyzed . The transferring equation of strain between fiber and rock is derived , and their relationship is gotten .

分析了埋入状态下光纤的受力特征，推导出了光纤与岩体之间的应变传递方程，得出了二者的应变传递关系。

The compression shear strength of SFRC is proven to be function of compressive stress and steel fiber contents . However , the effects of these two factors are independent .

试验分析表明，钢纤维混凝土压剪强度与压应力和钢纤维掺量有关，但压应力与钢纤维掺量对压剪强度的增强效果相互独立。

A Study on Relationship between " Water Direction 、 Speed " and " Green Body " in Slip Casting The relation between principal stress orientation and fiber orientation is also studies in this paper .

注浆成型水流方向、速度与坯体研究了主应力方向与纤维夹角的关系；

Based on the crystallography properties of carbon fiber , a method of determining the interfacial residual stress in carbon fiber reinforced epoxy composites by X ray diffraction technique was established in this paper .

根据碳纤维的晶体学特点，提出了利用X射线衍射技术分析碳纤维/树脂基复合材料界面残余应力的新方法。

Three models of the composites ( fiber being parallel , perpendicular and at an angle of 45 ° to tensile axis ) are analyzed using finite element , and the stress distribution in fiber , matrix and at interface are discussed in detail .

并通过有限元计算，分析了与拉伸轴平行、成45°及与拉伸轴垂直的3种纤维模型，得出纤维、基体、界面处应力分布。

Utilizing stress birefringence in fiber , a developed self adapt polarization controller at 1.55 μ m is represented . The controller is enable to provide the functions of automatic search , tracking and fine control for the output polarization state from the fiber .

报导了利用光纤应力双折射效应研制的1.55μm波长的自适应偏振控制器，该控制器具有自动搜索、跟踪和精确控制光纤输出偏振态的功能。

A Study on the Stress and Damage of Fiber Winding Composite

纤维缠绕壳体应力变形及损伤研究

The Finite Element Analysis for Stress Transfer of Short Fiber Reinforced Composite

短纤维金属基复合材料应力传递的有限元分析

The revised shear - lag theory for stress transfer in short fiber composites

短纤维复合材料应力传递的修正剪滞理论