土木在线论坛 \ 建筑结构 \ 结构设计软件 \ CAD2XTRACT: XTRACT截面转换插件 [AutoCAD转任意截面到XTRACT]

CAD2XTRACT: XTRACT截面转换插件 [AutoCAD转任意截面到XTRACT]

发布于：2023-06-13 09:50:13 来自：建筑结构/结构设计软件 [复制转发]

程序图标 ( Program Icon )

程序介绍 ( Program Introduction)

XTRACT是一个功能十分强大的截面分析软件，在做结构设计和分析时经常用到。然而XTRACT自带的截面建模功能比较弱，尤其是在创建任意形状截面的时候。为了提高效率，我编制了CAD to XTRACT插件，其利用了AutoCAD强大的绘图功能，在工程师熟悉的AutoCAD上绘制好截面，然后转换成XTRACT模型。下面介绍一下插件。

XTRACT is a powerful sectional analysis program, it is frequently-used in structural design and analysis. However, the build-in tools for creating section in XTRACT is not very convenient , especially in the creation of an arbitrary cross-section. Based on this consideration, I developed a AutoCAD plugin — CAD to XTRACT for rapid creating section , which is simple and powerful. You can draw the section in AutoCAD and used the CAD to XTRACT plugin to export the XTRACT files. Here is the introduction of this plugin!

程序界面 ( Program Interface )

程序使用 ( Step to Use )

（1）事先在AutoCAD将需要计算的截面绘制好，以（N-mm为单位）。截面边线和开洞用闭合的Pline绘制，钢筋用Circle命令绘制。

（2）打开AutoCAD 2010，输入命令：【Netload】，导入插件：CADTOXTRACT_cad2010_x64_20160217.dl

( PS. 不同的版本AutoCAD找相应版本的.dll文件)

（3）输入命令：【CX】，弹出CAD to XTRACT插件界面

（4）通过插件，定义好材料，通过捕捉绘制好的Pline和Circle完成截面的定义

（5）完成定义，导出XTRACT使用的项目文件（.xpj）或截面文件（.sec）

（6）打开XTRACT，将上述文件导入，修改材料属性、补充定义分析工况后即可进行截面分析

（1）First，draw the section in AutoCAD in units of N-mm. Sectional edges and openings must be drawn with a closed pline, and the rebars must be draw with Circle command.

（2）Open AutoCAD 2010 , input command [Netload] , and load the plugin - CADTOXTRACT_cad2010_x64_20160217.dl.

( PS. The version of AutoCAD and the .dll file must match each other. )

（3）Input command ：【CX】and pop up the CAD to XTRACT interface.

（4）Compelete the definition of materials through the GUI of the plugin, and complete the definition of the section by picking the pline and circle.

（5）Export XTRACT project file (.xpj) or section file (.sec).

（6）Open XTRACT and import the file exported. Until now, the work left before you can carrying out the analysis is to modify the material properties and define the load case.