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Create a customized reinforcement mesh

Added August 31, 2016 by Tekla User Assistance tekla.documentation@trimble.com

Software version: 
2016i

Create a customized reinforcement mesh

Create a customized reinforcement mesh

You can create a customized reinforcement meshreinforcement that represents a mesh of steel bars in two perpendicular directions

In Tekla Structures, the reinforcement mesh bars in one direction are called main bars and reinforcement mesh bars perpendicular to them are called crossing bars.

that consists of two perpendicular bar groups.

  1. On the Concrete tab, hold down Shift and click Rebar > Mesh.

    The Reinforcement Mesh Properties dialog box opens.

  2. Click the Select button next to the Mesh field to open the Select Mesh dialog box.
  3. In the Select Mesh dialog box, select a standard meshreinforcement that represents a mesh of steel bars in two perpendicular directions

    In Tekla Structures, the reinforcement mesh bars in one direction are called main bars and reinforcement mesh bars perpendicular to them are called crossing bars.

    from the tree view to use it as a basis for the customized mesh.
  4. Modify the mesh properties.
  5. Enter a name for the mesh in the Selected mesh box.

    The default name is Custom Mesh.

  6. Click OK to close the Select Mesh dialog box and to save the properties.
  7. To save customized mesh properties for later use, enter a name in the Save as box in the Reinforcement Mesh Properties dialog box and click the Save as button.
Note:

To use saved mesh properties in the Reinforcement Mesh Properties dialog box later, select the name of the mesh properties in the Load list and click the Load button.

Custom reinforcement mesh properties

Use the Select Mesh dialog box to view and modify the properties of customized reinforcement meshes. The file name extension of a reinforcement mesh properties file is .rbm.

You can define the following properties for the customized reinforcement meshes:

  Description

1

Longitudinal distance

2

Cross distance

3

Longitudinal left overhang

4

Longitudinal right overhang

5

Cross left overhang

6

Cross right overhang

7

Length

8

Width

Option Description

Spacing method

Define how the mesh bars are distributed.

  • Same distance for all : Use to create meshes with evenly-spaced bars.

    Tekla Structures distributes as many bars as possible for the length of Length or Width , using the Distance(s) and Left overhang values.

    The Right overhang is calculated automatically, and it cannot be zero.

  • Multiple varying distances : Use to create meshes with unevenly-spaced bars.

    Tekla Structures calculates the Width and Length based on the Distance(s) , the Left overhang and the Right overhang values.

    If you do not change any of the values, the spacing method changes back to Same distance for all.

Distance(s)

Spacing values of longitudinal or crossing bars.

If you select the Multiple varying distances spacing method, enter all spacing values, separated by spaces. You can use multiplication to repeat spacing values. For example:

2*150 200 3*400 200 2*150

You can create meshes with unevenly-spaced bars. You can also define a different bar size or multiple different bar sizes for the longitudinal bars and the crossing bars.

Multiple bar sizes enable pattern creation. For example, if you enter bar diameters 20 2*6 in the longitudinal direction, Tekla Structures creates a pattern with one size 20 bar and two size 6 bars. This pattern can be repeated in the mesh along the longitudinal direction.

Left overhang

Extensions of crossing bars over the outermost longitudinal bars.

Extensions of longitudinal bars over the outermost crossing bars.

Right overhang

Diameter

Diameter or size of the longitudinal or crossing bars.

You can define multiple diameters for the bars in both directions. Enter all the diameter values, separated by spaces. You can use multiplication to repeat diameter values. For example, 12 2*6 in longitudinal direction and 6 20 2*12 in crossing direction.

Width

Length of crossing bars.

Length

Length of longitudinal bars.

Grade

Steel grade of the bars in the mesh.

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