利用有限元软件模拟钢管挤压穿孔过程。
The perforation process of steel tube extrusion is simulated by finite element software.
并使用ANSYS有限元软件求解该数学模型。
Then it is solved by finite element method of ANSYS software.
对于粉末压制成形过程，利用有限元软件MSC。
As to the powder compaction process, finite element software MSC.
并利用通用有限元软件ANSYS建立其力学模型并求解。
Utilized general FEM software ANSYS to establish mechanical model and solve.
利用有限元软件建模和分析，得到测点位置的应力分析值。
FEM analysis is also performed to compute the stresses on the same points.
利用有限元软件LS_DYNA模拟金属板材单点渐进成形过程。
Sheet metal digital incremental forming process is simulated with finite element software LS_ DYNA.
因此，用ANSYS有限元软件模拟抗滑桩的受力状态是可行的。
Therefore, it is feasible to simulate the force state of slide-resistant pile with finite element software ANSYS.
本研究利用ANSYS有限元软件计算和分析裂纹驱动力参量J积分。
The crack driving force parameter (J-integral) is calculated and analyzed using ANSYS software in this thesis.
利用有限元软件ABAQUS对基坑降水环境效应的耦合性状进行分析。
The coupled characteristics of the pit's environment induced by dewatering were analyzed by the software ABAQUS.
该研究使用ANSYS有限元软件的热分析模块进行变速箱热传导分析计算。
The thermal module of the finite element software ANSYS is used to analyze the heat transfer of the gearbox.
使用有限元软件ANSYS，把熔体流动计算结果作为参数，计算了枝晶的受力状态。
Based on FEM software ANSYS, the dendrites stress states are computed using the results of the melt flow as computing parameters.
在磁体结构设计中，本文采用有限元软件分别对单、双环形永磁结构进行了分析计算。
To design the magnet structure, finite element method is used to analyze the permanent magnetic field.
运用大型有限元软件MARC，建立轧制模型，编写过程文件，设置不同的轧制条件参数。
Second, using large-scale finite element method software—MARC establishes the rolling model, and compiles the process file, and sets up the different rolling condition parameters.
文章主要运用有限元软件，研究了不同钻杆直径造成的套管偏磨对套管抗挤毁能力的影响。
In this paper, the influence of casing eccentric wear with different diameter on casing collapse resistance capacity was researched by finite element software.
结合大型有限元软件ANSYS，建立了筏形基础地基相互作用体系的全三维有限元模型。
Using general-purpose finite element program ANSYS, a three-dimensional finite element model of interaction between raft foundation and groundwork soil is established.
与有限元软件一起使用，等效龄期方法还可以运用于混凝土结构的温度裂缝预测与控制中；
The equivalent age method is extended successfully to the concrete cracking control in structures through the use of the finite element program ANSYS.
基于通用有限元软件的二次开发技术，编制了通用的命令流和程序，完成了建模和计算工作。
The general command flow and computer code was compiled to finish the modeling and calculation based on the secondary developing function of the general finite element software.
采用有限元软件MARC基于不同拉格朗日法建立了一个有限元模型来分析深冲压成形过程。
Finite element models based on different Lagrangian methods have been used to analyze the deep drawing process by the fe software, MARC.
应用一系列的设计方法和商业化的有限元软件ABAQUS(1998)对试验进行了分析。
These tests have also been analyzed by using a variety of design methods and a commercial finite element program ABAQUS (1998).
采用有限元软件ABAQUS分析了双侧加宽时新路堤作为附加荷载对老路堤和地基的影响。
The effects of two sides widening of new embankment on the old pavement and subgrade are analyzed with ABAQUS software.
利用ANSYS有限元软件动力分析中的谱分析、模态分析功能，对拱坝进行地震动应力分析。
Make use of table analysis, modal analysis of ANSYS finite element software motive force to analyze shake stress analysis of the arch dam.
本文是利用有限元软件- ANSYS对大庆石化公司化肥厂合成氨工艺中液氨储罐进行应力分析。
This text is to make use of a software - ANSYS to the fertilizer factory to make stress analysis of technique of liquid ammonia tank.
采用大型有限元软件ANSYS8.0，对单调水平荷载下碳纤维加固砖墙的受力性能进行了计算分析。
Mechanical behavior of brick walls strengthened with CFRP plates under horizontal lateral load is analyzed using commercial finite element software ANSYS8. 0.
大型通用有限元软件ANSYS可以利用APDL语言，通过二次开发技术，弥补本身专业化不足的缺陷。
Based on secondary development technology, the large universal finite element software ANSYS could remedy its inadequate specialization with APDL language.
文章针对明孝陵四方城在车辆振动荷载下的安全性问题，应用有限元软件ANSYS进行了数值模拟分析。
In order to deal with the security of SIFANG CITY under vibratile load of busses, this paper does a simulative analysis for it with ANSYS.
通过有限元软件A NSYS，分别计算了启动和稳态操作情况下，加氢反应器筒体的温度分布和应力分布。
The stress and temperature distribution were computed by the finite element software ANSYS for the two instances of steady operation and starting-up.
通过有限元软件A NSYS，分别计算了启动和稳态操作情况下，加氢反应器筒体的温度分布和应力分布。
The stress and temperature distribution were computed by the finite element software ANSYS for the two instances of steady operation and starting-up.
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