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大变位
相关语句
  large displacement
     Research on P-Y Curve of Laterally Bearing Piles under Large Displacement
     对大变位条件下横向受力桩P-Y曲线的研究
短句来源
     LARGE DISPLACEMENT OF HIGH PILES UNDER LATERAL LOAD
     大变位水平承载高桩性状的研究
短句来源
     P-Y curves can be used in designing laterally loaded piles in large displacement.
     P-Y曲线法能较好地解决大变位情况下的水平承载桩问题。
短句来源
     Comprehensive understanding about the interactional relation between laterally loaded piles and soil in large displacement, finding a reasonable calculational method is imperative under the situation.
     因此,正确认识大变位情况下的桩土相互作用机理,以求得合理的计算方法势在必行。
短句来源
     Taking relevant data of both China and abroad for reference and basing on in-depth analysis of P-Y curve methods of laterally bearing piles now available, P-Y curve method of laterally bearing piles under large displacement is presented, which may serve as reference for laterally bearing pile design and code compilation.
     参考国内外有关资料 ,在深入分析现有横向受力桩P -Y曲线方法的基础上 ,提出了大变位条件下横向受力桩P -Y曲线的方法。 可供横向受力桩设计及规范编制参考。
短句来源
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  large displacement shift
     Discuss the effect of rotational speed, damping, and modification coefficient etc to dynamic load, and make an emphatic analysis to the stiffness of large displacement shift, contact ratio, the location of node and the dynamic load factor etc.
     讨论了转速、阻尼、变位系数等对动载荷的影响,对大变位时的刚度、重合度、节点所处位置、动载系数等进行了重点分析。
短句来源
  large codification coefficients
     Application of High Addendum Gear with Large Codification Coefficients
     高齿大变位齿轮的应用
短句来源
  “大变位”译为未确定词的双语例句
     The geometric nonlinear factors include cable sag, beam-column effect and large structure displacement, and the aerodynamic nonlinear factors are wind incidence angle effect and self-excited force.
     分析中综合考虑了结构几何非线性和气动非线性,其中结构几何非线性因素包括拉索垂度、内力引起的梁 柱效应及结构大变位等,气动非线性因素包括攻角效应、自激力等.
短句来源
     Approximation of Maximum Modification Coefficient (X_0)max for Special Tooth-Slotting Tool
     专用插齿刀最大变位系数(X_0)_(max)的选择
短句来源
     Strength analysis of heavy duty gears in the end drive of bulldozers and design of gears with large deflection factor
     推土机终传动重载齿轮强度分析及大变位系数齿轮的设计
短句来源
     The visual design of modification coefficient of big modified gears
     大变位齿轮变位系数的可视化设计
短句来源
     Calculation of Large Modified Involute Gear and Its Application to Design of Deck Machinery
     大变位齿轮的计算及其在甲板机械设计中的应用
短句来源
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  large displacement
It is shown that an anomalously large displacement of equilibrium occurs in systems with rapidly oscillating temperature.
      
It will be quite useful for the applications in the fields of micro/nano-technology and with large displacement/actuation force and remote controlling.
      
In this study, the geometrically non-linear analysis of an adhesively modified double containment corner joint was carried out using the incremental finite element method based on the small strain-large displacement (SSLD) theory.
      
The large displacement of soil was considered and contact elements were used to evaluate the interaction between pile and soil.
      
However, they may have more influence on the longitudinal displacements of sliding bearings due to their large displacement spectra ordinates at the fundamental period of the bridge.
      
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Based on the total Lagrangian description, in this paper, the application of the ordinary rectangular flat elements with 6 degrees of freedom at each Corner is broadened to the large deflection analysis of plates and cylindrical shells. By using the principle of virtual work, the element tangent stiffness matrix and the related formulae for non-linearities are derived. When geometric non-linearity is combined with material non-linearity, the incremental theory of plasticity and the Von Mises criterion with isotropic...

Based on the total Lagrangian description, in this paper, the application of the ordinary rectangular flat elements with 6 degrees of freedom at each Corner is broadened to the large deflection analysis of plates and cylindrical shells. By using the principle of virtual work, the element tangent stiffness matrix and the related formulae for non-linearities are derived. When geometric non-linearity is combined with material non-linearity, the incremental theory of plasticity and the Von Mises criterion with isotropic hardening are used. In this case, the elements are divided into layers and the plastic zone spreads due to the yeilding of material at Gauss points.

本文基于总体的Lagrange描述法,将一般的一结点六个自由度的矩形平板元素推广应用到板和柱形薄壳的大变位分析中去。根据虚功原理,导出了反映非线性效应的元素切线刚度矩阵和有关计算公式。文中将型钢等薄壁构件,作为柱形薄壳的一种特殊情况进行处理。在考虑材料非线性联合作用时,采用塑性增量理论和等向强化Von Mises屈服准则,将元素分层并按高斯点进入塑性。

In this paper, the author discusses a method for approximating the maximum modification coefficent (x_0)_(max) for special tooth-slotting tool with linearized method.

本文阐明了用线性化法逼近专用插齿刀最大变位系数(X_0)_(max)的方法。

After giving an outline of the general characteristics of the modified involute gears and the requirement to be satisfied when this kind of gear is applied to the deck machinery. This paper gives an account of some aspects and the calculation of the relevent tooth profiles and bearing capacity of the large modified involute gears. This paper comes to the conclusion that as the V-3 large modified involute gear features a simple calculation method and great bearing capacity, it can fully meet the design requirement...

After giving an outline of the general characteristics of the modified involute gears and the requirement to be satisfied when this kind of gear is applied to the deck machinery. This paper gives an account of some aspects and the calculation of the relevent tooth profiles and bearing capacity of the large modified involute gears. This paper comes to the conclusion that as the V-3 large modified involute gear features a simple calculation method and great bearing capacity, it can fully meet the design requirement of the gears for the deck machinery.

本文首先概述变位齿轮应用在甲板机械上应满足的条件,然后阐述大变位齿轮中有关齿形与承载能力方面的几个主要问题及其计算,最后说明V-3大变位齿轮计算方法简便,承载能力强,完全能满足甲板机械传动齿轮的设计要求。

 
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