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   i型裂纹 的翻译结果: 查询用时:1.314秒
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i型裂纹     
相关语句
  mode i crack
     The unified solutions for the shape and size of mode I crack tip plastic zone are obtained based on the twin shear unified strength theory.
     应用双剪统一强度理论,研究了I型裂纹的塑性变形问题。
短句来源
     Fracture Analysis of Mode I Crack in Functional Gradient Materials
     功能梯度材料板I型裂纹的断裂力学研究
短句来源
     Finally the applications of CGS method to fracture mechanics are presented in detail,which not only include the optical control equations of variety of crack tip stress singularities for mode I crack,mixed mode crack,V-notch in isotropic material and gradient material,but also show the corresponding simulated and experimental CGS fringe images. The CGS governing equation represents the optics-mechanics relation of the singular yield at crack tip.
     最后给出了CGS技术在各种断裂力学研究中的应用,不仅给出了各向同性均匀聚合物材料I型、混合型、V型裂纹及梯度材料I型裂纹尖端奇异场的控制方程,而且给出了对应各自情况下的CGS光学条纹模拟与实验图像。
短句来源
     By using a complex function method, the complex form of mode I crack tip Jintegral for linear elastic anisotropic fiber composite plate is deducted. The pathindependent of this Jintegral is proved. The concrete computing formula of this Jintegral is obtained.
     采用复变函数方法,通过将裂纹尖端的应力和位移代入J-积分的一般公式,推出了各向异性纤维复合材料单层板I型裂纹尖端J-积分的复形式-复变函数积分的实部,证明了该J-积分的路径无关性,得到了它的具体计算公式.
短句来源
     In this paper the fracture analysis on Mode I crack in orthotropic functional gradient materials is carefully studied.
     重点对含I型裂纹正交异性功能梯度材料板的应力场和位移场进行理论分析。
短句来源
更多       
  mode-i crack
     NEAR-TIP FIELDS FOR MODE-I CRACK DURING STEADY GROWTH IN MATERIALS WITH MIXED HARDENING
     在混合硬化材料中I型裂纹定常扩展时的尖端场
短句来源
     High-speed Schardin photography and optical caustics method are introduced to study dynamic stress singularities of mode-I crack tip in orthotropic composites under impact.
     利用高速摄影技术与光学焦散线技术相结合,对冲击下正交复合材料I型裂纹尖端的动态应力集中问题进行了光测力学实验研究。
短句来源
  model i crack
     An Analysis of Stress Intensity Factor for the Model I Crack of the Orthotropic Materials
     关于正交异性材料I型裂纹的应力强度因子的探讨
短句来源
     In this paper, we have given out the formulas for computing the strain field and displacement field near the model I crack tip in composi tes.
     本文推出了复合材料单层板I型裂纹尖端附近应变场和位移场的计算公式.
短句来源
     Based on Eshelby equivalent inclusion theory, a general appromimate solution for predicting the interaction forces of model I crack and an inclusion of arbitrary shape was developed, from which, a set of simplified form of the general solution was also proposed for several special inclusion shapes.
     根据Eshelby等效夹杂理论,导出I型裂纹与任意形状夹杂相互作用力的近似表达式和一些特殊形状夹杂的简化算式. 该解可快速算出I型裂纹与任意形状夹杂之间的作用力.
短句来源
     Aiming at dynamic stress intensity factor (SIF) of the model I crack, the formula adapting to image processing was deduced.
     针对I型裂纹的动态应力强度因子(SIF),推导出适合图像处理的计算公式.
短句来源
     The method in which the whole solution and the local solution is contrasted is applied to deduce the stress intensity factor solution for the model I crack of the orthotropic materials,and then the influence of the materials on the stress intensity is investigated briefly.
     利用对比全场解和局部解的方法,得出了正交异性材料I型裂纹的应力强度因子表达式,并将材料常数对其的影响做了简单的探讨。
短句来源
  “i型裂纹”译为未确定词的双语例句
     EXPERIMENTAL STUDY OF CAUSTICS OF MODE-I DYNAMIC CRACK RESPONSE IN ORTHOTROPIC COMPOSITES
     正交复合材料I型裂纹动态响应焦散线实验研究
短句来源
     On the Extension Direction and Stability of Crack of Type I
     I型裂纹的扩展方向及其稳定性
短句来源
     Various formulas are used to carryout both corrected and uncorrected calculations on the stress intensity factor K_Ⅰboth of the crack of mode Ⅰ in an infinite plate and of the semielliptic surface crack, correction dimensions of the plastic zone being r_y ≤ 0.08a.
     用不同的公式对无限大板I型裂纹和半椭圆形表面裂纹的应力强度因子K_I分别进行修正与不修正的计算,取屈服区修正尺寸r_y≤0.08a。
短句来源
     Influence of crack on elastic deflection of eccentric thin-walled column
     I型裂纹对薄壁偏心柱弹性挠度的影响
短句来源
     This article points out that when r≤0.08a, the error between the approximate and analytical solutions of the stresses near a crack of mode Ⅰin an infinite plate is in the range of 5.57 per cent.
     本文指出当r≤0.08a时,线弹性无限大板I型裂纹尖端应力场的近似解,与解析解的误差不超过5.57%。
短句来源
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  mode i crack
We study the stability of the rectilinear path of a mode I crack whose direction coincides with a symmetry axis of an orthotropic plane.
      
Applying this general expression with Poisson ratio to Mode I crack, the perfectly plastic field at the rapidly propagating tip of Mode 1 plane-strain crack is obtained.
      
Finally, we give the anisotropic plastic field at the rapidly propagating plane-stress mode I crack-tip in the case of X=Y=Z
      
This paper studies the stress-strain field near crack tip in a pure bending beam of rectangular section with one-sided mode I crack by the analytic method of Ref.
      
Exact solutions of near crack line fields for mode I crack under plane stress condition in an elastic-perfectly plastic solid
      
更多          
  mode-i crack
An approach to the elastic-plastic analysis of the plane strain mode-I crack
      
This paper presents an approach to the solution of the approximate elastic-plastic analysis for the plane strain mode-I crack.
      
The higher-order asymptotic solution of a quasi-static steadily propagating mode-I crack under the plane strain condition in an elastic perfectly-plastic compressible material is studied.
      
Furthermore, mode-II crack tip plastic zones are considerably larger than equivalent mode-I crack tip plastic zones.
      
In this paper, the basic solution of a mode-I crack in functionally graded piezoelectric materials was investigated by using the generalized Almansi's theorem.
      
更多          
  model i crack
The relation between J-integral near model I crack tip in the orthotropic plate and displacement derivative is derived in this paper.
      
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