Box girder (S13)

Tekla Structures
Modified: 22 Mar 2021
2025
Tekla Structures

Box girder (S13)

Box girder (S13) creates a built-up beam with a box cross section.

Objects created

  • Built-up beam

  • Welds

Use for

Situation Description

Straight built-up beam with a cross section.

Do not use for

Tapered built-up beams.

Before you start

Ensure that you have two points to pick.

Selection order

  1. Pick the start point for the beam.

  2. Pick the end point for the beam.

    The beam is created automatically when you pick the end point.

Part identification key

Description

1

Top flange

2

Bottom flange

3

Left web

4

Right web

Picture tab

Use the Picture tab to define the dimensions.

Dimensions

Description

1

Width of the beam

2

Height of the beam

3

Top flange extension dimension

4

Bottom flange extension dimension

Parts tab

Use the Parts tab to define the part properties.

Parts

Option Description

Top flange

Thickness of the top flange.

Bottom flange

Thickness of the bottom flange.

Left web

Thickness of the left web.

Right web

Thickness of the right web.

Option

Description

Default

Pos_No

Prefix and start number for the part position number.

Some components have a second row of fields where you can enter the assembly position number.

The default part start number is defined in the Components settings in File menu > Settings > Options.

Material

Material grade.

The default material is defined in the Part material box in the Components settings in File menu > Settings > Options.

Name

Name that is shown in drawings and reports.

Parameters tab

Use the Parameters tab to define the part name, class and finish, and the position, rotation, and length.

Option

Description

Name

Define the name, class, and finish of the beam.

Class

Finish

Negative values shorten the beam, positive values lengthen it.

  1. Moves the beam end that you pick first.

  2. Moves the beam end that you pick second.

Select the position in plane and define the position in plane offset.

See Part horizontal position.

Select a suitable rotation and define the rotation offset.

See Part rotation.

Select the position in depth and define the position in depth offset.

See Part position depth.

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