You can modify the way
Tekla Structures distributes loads.
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Double-click a load to open its properties dialog box.
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Go to the
Load panel tab.
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In the
Spanning list, select whether to distribute the load in one or two directions.
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If you set
Spanning to
Single, define the primary axis direction. If you set
Spanning to
Double, you need to define the primary axis direction to be able to manually define the primary axis weight.
Do one of the following:
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To align the primary axis direction with a part, click
Parallel to part or
Perpendicular to part, and then select the part in the model.
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To distribute the load in the global x, y, or z direction, enter 1 in the corresponding
Primary axis direction box.
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To distribute the load between several global directions, enter the components of the direction vector in the relevant
Primary axis direction boxes.
To check the primary axis direction of a selected load in a model view, click
Show direction on selected loads.
Tekla Structures indicates the primary direction using a red line.
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In the
Automatic primary axis weight list, select whether
Tekla Structures automatically weights the primary direction in load distribution.
If you select
No, enter a value in the
Weight box.
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In the
Load dispersion angle box, define the angle by which the load is projected onto the surrounding parts.
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In the
Use continuous structure load distribution list of a uniform load, define the distribution of support reactions in the first and last spans of continuous slabs.
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Click
Modify to save the changes.
Example
When using double spanning, automatic primary axis weight and the weight value affect the proportions of the load which is applied to the primary axis and to the perpendicular axis.
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If
Automatic primary axis weight is
Yes, the proportions will be in proportion to the third power of the span lengths in these two directions. This means that the shorter the span, the bigger the proportion of the load. The
Weight value does not matter.
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If
Automatic primary axis weight is
No, the given
Weight value (0.50 in this example) is used to divide the load.