| Weld Design lets you model welds in assemblies. The different types of welds you can create are simple (fillet) or butted (square butt, V-butt, bevel butt and so on) and are supported in ANSI standard. | |
| To create a weld, you need to determine the following via a Creation dialog box specific to each weld type: | |
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Its parameters such as height, angle, surface shape, annotation display and so on. They are all available in the Parameters tab of the creation dialog box. |
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The reference geometry, that is the components to be welded, see Geometry to be used for Creating Welds. |
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Its type (dashed or not): use the Type tab. |
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Its associated material: use the Material tab. |
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Its location in the specification tree: use the Connection tab (Joint and Joint Body options). |
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| Weld features are associative with the reference geometry. This means that if geometrical elements change, weld features reflect the change. | |
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Create a Fillet Weld |
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Create a Double Fillet Weld |
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Create a Square Butt Weld |
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Create a Single-V Butt Weld |
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Create a Double-V Butt Weld |
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Creating Single-Bevel Butt Weld |
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Create a Double-Bevel Butt Weld |
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Create a Single-V Butt Weld with Broad Root face |
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Create a Double-V Butt Weld with Broad Root face |
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Create a Single-Bevel Butt Weld with Broad Root Face |
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Create a Double-Bevel Butt Weld with Broad Root Face |
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Create a Single-U Butt Weld |
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Create a Double-U Butt Weld |
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Create a Single-J Butt Weld |
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Create a Double-J Butt Weld |
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Create a User-defined Weld |
| Create a Dashed Weld | |
| Create a Non-Symmetric Dashed Weld |