• 然后利用ICEM软件建立有限元模型

    Then this essay builds the finite element model with the ICEM software.

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  • 建立有限元模型

    Founded the finite model.

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  • 针对聚合物密封件建立有限元模型,进行计算单元划分。

    FEA model build and computational plate forming for polymer seals product.

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  • 模块根据尺寸参数采用参数化方法建立有限元模型

    This code uses the dimensions of a pressure vessel head to create an FEM model by a parameterization method.

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  • ANSYS建立有限元模型分析温度引起光学镜面形变

    An finite element model is established by ANSYS, the deformation of optical mirrors caused by temperature field is analyzed.

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  • 建立有限元模型中,广泛采用截面异型梁模型特色

    Taper section and custom section beams are widely adopted in the process of model set-up, which is a feature of this paper.

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  • 建立有限元模型分析不同条件下前后两排抗滑桩受力状况。

    A finite element model was established and the mechanical characteristics of the front and back rows of piles at different row distances were discussed.

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  • 质量弹簧阻尼系统建立有限元模型计算动力响应以及动态特性

    The finite element model, computation response of driving force and dynamic characteristic are established by taking double mass spring damping system for example.

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  • 建立有限元模型计算配置两种材料道面的荷载应力翘曲应力进行比较

    By setting up finite element model, the load stress and the warping stress of the two materials pavement are calculated and compared.

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  • 针对功能梯度材料这种新型材料,提出采用梯度建立有限元模型的方法。

    Functional graded material is a new material. Isoparametric graded finite elements are used for building the corresponding model for functional graded material in this paper.

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  • 针对功能梯度材料这种新型材料,提出了采用等参梯度元建立有限元模型的方法。

    By comparing the numerical solutions with the analytical solutions, it is proved that the isoparametric graded finite elements are useful.

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  • 采用实测轮胎荷载建立有限元模型分析满足长寿命路面要求沥青路面结构组合

    Finite Element model was developed with actual tyre loads to analyze asphalt pavement structural combinations meeting the standards of perpetual pavement.

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  • 进一步研究其性质,介绍了它现场载荷实验情况,描述了建立有限元模型的过程。

    To study deeply the behaviours of the structure, this paper introduced the on site experiment of the structure, described finite element models.

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  • 采用实测轮胎荷载建立有限元模型分析满足长寿命路面要求沥青路面结构组合

    A Finite Element model was developed with actual tyre loads to analyze asphalt pavement structural combinations meeting the standards of perpetual pavement.

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  • 建立有限元模型时对于裂纹尖端单元采用节点单元方式生成二次奇异单元。

    When FEA model was formed, the quadratic singular elements of the tip of the crack were formed by node to element.

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  • 因此工程师往往CAE分析工程花费大量时间建立有限元模型修改模型

    Therefore, the engineer should spend a lot of time on setting up finite element model and revise models in CAE project of analysis.

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  • 方法考虑材料非线性变形接触条件建立有限元模型采用有限元进行应力分析

    Method the Finite Element Method was employed to perform the stress analysis on this valve, which included the material nonlinearity, large deformation and the contact condition.

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  • 改变以往建立有限元模型时采用建模方法根据塔机实际结构建立三维空间桁架模型

    Instead of tow-dimensional finite element mode, three-dimensional mode in truss structure is established based on the actual structure.

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  • 建立有限元模型,对平板叶片不同角度初始速度撞击矩形过程进行了数值模拟

    Numerical simulations of the course of the plate blade impacting target with the different angles and the initial velocity were performed based on the finite element model.

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  • 首次消除焊接应力数值模拟研究中,采用接触单元技术建立有限元模型模拟计算锤击作用。

    In the numerical simulation of relieving residual stress by hammer peening, contact element technique was firstly adopted for establishing the finite model and calculating the hammer peening.

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  • 分析包含如下步骤建立有限元模型应用ANSYS软件包仿真研究永磁接触器吸力特性

    This simulation includes the following steps: with the use of ANSYS software package, the attraction characteristic of contactor with permanent magnet is simulated, which is based on FEA model;

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  • 目的通过建立有限元模型探讨按扣式和键槽缓压式两精密附着体修复下颌磨牙游离缺失的应力分布情况。

    Objective:The purpose of this study was to analyze the force system of different precision attachment in mandible distal-extension edentulous by the finite-element model.

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  • 应用计算机辅助设计有限元网格划分技巧方法建立有限元模型,有效解决车体结构复杂和尺寸庞大的问题。

    With modern CAD method and smart skill of making mesh used, finite element (FE) model is established and the problem of complicated structure and large dimension is solved.

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  • 采用有限元分析软件ANSYS基于塑性有限元理论建立有限元模型,对汽车件冲压连接过程进行了模拟

    Based on the elastic-plastic FE theory, the Punching Bonding process of the automobile sheets is simulated by using ANSYS analysis software in this paper.

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  • 南京奥体中心中央大平台梁柱固接即形成框架情况建立有限元模型分析其温度收缩作用内力分布情况

    The finite element model of Nanjing Olympic Center is created, and the distribution of internal force under temperature and shrinkage load is analyzed.

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  • 天线结构有限元分析目前应用较普及但是如何正确结构设计建立有限元模型一个十分重要问题

    Presently the finite element analysis has been widely used in antenna, but it is an important matter to build up correct finite element model after structure designed.

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  • 应用计算机辅助设计有限元网格划分技巧方法建立有限元模型,有效地解决矿用汽车货箱结构尺寸庞大问题

    With modern CAD method and smart skill of making mesh used, finite element(FE) model is established and the problem of structure of heavy truck body and large dimension are solved.

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  • 应用计算机辅助设计有限元网格划分技巧和方法建立有限元模型,有效的解决矿用汽车货箱结构尺寸庞大问题

    The problem of a too large size of the mine truck's body structure was solved by a finite element model established by using CAS and FE grid division methods.

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  • 应用计算机辅助设计有限元网格划分技巧方法建立有限元模型,有效的解决矿用汽车货箱结构尺寸庞大问题

    With modern CAD method and smart skill of making mesh used, finite element (FE) model is established and the problem of structure of heavy truck's body and large dimension is solved.

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  • 建立有限元模型时要注意材料模型、网格划分、边界条件切屑分离准则等方面因为这些直接影响模拟计算精度

    Pay attention to the material model, meshing, boundary condition, and chip separation criterion of the model, which can affect calculation precision directly.

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