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有限元参数化设计
相关语句
  fem-based parametrization design
     FEM-Based Parametrization Design of Cone Angle of Anchors
     夹片式锚固体系锥角的有限元参数化设计
短句来源
  “有限元参数化设计”译为未确定词的双语例句
     Calculation of CNT’s Electric Field Enhancement Factor Based on Finite Element Method
     基于有限元参数化设计的碳纳米管的场致增强因子计算
短句来源
     This thesis, firstly, presents the application of the parameterization design for the cone angle of anchors by using FEA. The influence of cone angle on the mechanics characteristics of the anchor is analyzed particularly. Synthetically considering limited cone angle, reasonable angle degrees of the model should 6.5~7.5. Secondly, this thesis presents the non-linear FEM analysis results of mono-strand anchor on contact friction problem.
     论文首先讨论了有限元参数化设计方法在夹片锚具锥角设计的应用,详细分析了设计变量锥角度数对锚环力学特性的影响,并结合临界锥角综合考虑,确定出模型的合理锥角度数应在6.5°~7.5°范围内。
短句来源
     A parametrical non-linear finite element model for mono-strand anchors was established. The influence of cone angle on the mechanical characteristics including deformation and stress distribution was analyzed, and a new way to determine the optimum cone angle, parametrization design by using FEM (finite element method) was proposed.
     建立了单孔锚具参数化非线性有限元模型,在此基础上分析了锥角对锚具力学特性———应力分布和变形的影响,提出了确定最佳锥角度数的新途径———有限元参数化设计.
短句来源
  相似匹配句对
     Parametric finite element method design of flexural vibration holderfor vibration cutting
     振动切削刀杆参数化有限设计研究
短句来源
     FEM-BASED PARAMETRIC OPTIMIZATION DESIGN OF WEDGED-RING JOINT STRUCTURE
     楔环连接结构参数化有限优化设计
短句来源
     How to build a parametrical finite element (FE) model
     参数化有限模型的建立;
短句来源
     Finite Element Optimum Design of Mill Housing
     轧机机架的有限优化设计
短句来源
     Optimize design of the claw spring based parametered finite element model
     基于参数化有限模型的爪弹簧优化设计
短句来源
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A parametrical non-linear finite element model for mono-strand anchors was established. The influence of cone angle on the mechanical characteristics including deformation and stress distribution was analyzed, and a new way to determine the optimum cone angle, parametrization design by using FEM (finite element method) was proposed. The research shows that when cone angle is less than some value, its increase will decrease the deformation of an anchor and raise its field load greatly, and for a mono-strand anchor,...

A parametrical non-linear finite element model for mono-strand anchors was established. The influence of cone angle on the mechanical characteristics including deformation and stress distribution was analyzed, and a new way to determine the optimum cone angle, parametrization design by using FEM (finite element method) was proposed. The research shows that when cone angle is less than some value, its increase will decrease the deformation of an anchor and raise its field load greatly, and for a mono-strand anchor, reasonable cone angle varies from 6.5° to 7.5°.

建立了单孔锚具参数化非线性有限元模型,在此基础上分析了锥角对锚具力学特性———应力分布和变形的影响,提出了确定最佳锥角度数的新途径———有限元参数化设计.研究表明,当锥角小于某值时,较大的锥角能明显减小锚具变形;对于单孔锚具,合理的锥角介于6.5°~7.5°之间.

 
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