如何做个支撑架？

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做个焊接件支撑架，并做个简单的有限元分析试验。
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0 ~; z; L( r: |% M; ?) w第一步：建新文件，使用公制长度单位。


第二步：创建一个矩形。
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4 }9 y& d. `1 r5 s3 A第三步：先垂直约束至中心。

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第四步：再水平约束至中心。然后结束草图。

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第五步：矩形板厚度设定为10mm 。
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第六步：选择上平面做草图。

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第七步：草图上定位四个点。可使用垂直水平约束。
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* U+ D4 w( V6 T% N, w第八步：加尺寸，完成草图。
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第九步：We use the hole command and a new window appears. Our points should be autoselected for hole centers. If not select them manually. In the window we choose 14mm for our holes diameter and through all for termination. Then we click OK.
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" A6 n& ^+ X$ M2 t. U第十步：Finally we will add properties to our part. In the model browser right click Part one and in the menu choose iProperties.

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第十一：Go to Physical tab and in the Material drop down menu choose Steel Mild. We will need those properties for our FEA test. Once you are finished save your part.
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第十二：Create a new part with the dimension shown in the image using the exact same steps as above. The holes should be in the center of the part. Add properties and save.
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Step 13: Create a new part with the dimension shown in the image using the exact same steps as above. Add properties and save.
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Step 14: Choose new and choose Weldment (ISO).iam
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Step 15: In the Assemble tab choose place component. In the new window browse to the location we saved our first part, select it and place it. By deafault the first part that is placed in an assembly or weldment file is grounded. You can change that later but for this tutorial we will keep this configuration.

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Step 16: Do the same for the second part.

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Step 17: Using the constraint command and selecting Mate we choose the faces of our parts shown in the red arrows. then select Apply.


; r7 X. x/ i- x# w& bStep 18: This is what we should be looking at if everything was done correct.
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Step 19: Then choose flush instead of mate (red circle) and select the two faces shown. In the Offset value (red circle) put 40mm offset. Click Apply.

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Step 20: Expand Part1 and Part 2 in the model browser. With the flush command still active choose the YZ plane of part 1 and YZ plane of part 2. Click OK.

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Step 21: This is what we should be looking at. Now Part 2 is fully constraint.

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4 R: ?2 Z4 _# f( QStep 22: Next we place our third part 2 times. Use the exact same steps for placing part 2.