Define custom components
You can define customized components that have all the details you need.
Start by defining a simple custom component which you can modify later. Defining a simple custom component typically takes only few minutes. You can invest more time in defining your custom components if you are planning to use them in future projects.
By further editing custom components, you can define self-adjusting, parametric custom components that automatically adjust to changes in the model. This is more time-consuming but can be beneficial later when you have a group of parametric custom components which you can use across multiple models or projects.
To create your own components:
- Start by applying a similar system component in the model and then explode it.
- Once the objects are detached, use the objects to define the desired custom component in the Custom component wizard.
- Use the newly created custom component in a suitable situation in the model.
See below for detailed instructions.
Explode an existing component
When you start defining a custom component, we recommend that you first apply a similar system component in the model and then explode it. Exploding means that you ungroup the objects of an existing component. Once the objects are detached, you can modify, remove or add objects to suit your needs, and then create new custom components using these objects. Exploding a component and using the detached objects as a basis for a new custom component can be useful when you want to create custom components more quickly.
Alternatively, you can individually create the component objects that are needed in a custom component, such as parts, cuts, fittings, and bolts.
Define a custom component in the Custom component wizard
The following example shows how to define a simple custom connection.
The defined custom component does not automatically adjust dimensions to reflect the changes in the model. To have the component adapt to changes in the model, edit the component in the custom component editor, where you can build dependencies between component objects and model objects.
Add a custom component to a model
Properties in the Custom component wizard
Use these properties when you define new custom components in the Custom component wizard. You can change some of these properties when you modify an existing custom component.
Type/Notes tab
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Option |
Description |
|---|---|
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Type |
Select the type of the custom component. Type affects how you insert the custom component in the model. Type also defines if the custom component connects to existing parts. |
|
Name |
Enter a unique name for the custom component. |
|
Description |
Enter a short description for the custom component. Tekla Structures shows the description in the Applications & components catalog. |
|
Component identifier |
Enter an additional name or reference for the component, for example a design code reference. This can be shown in general arrangement and assembly drawings, and in lists. To show this in drawings, include Code in the connection mark. |
Position tab
|
Option |
Description |
Note |
|---|---|---|
|
Up direction |
Sets the default up direction. |
Not available for parts. |
|
Position type |
The position (or origin) of the component, relative to the main part. |
Not available for details and parts. |
You can define the position type for custom connections and seams. Position type determines the location of the objects that the custom component creates, relative to the main part. Position type affects which type of main parts you can use the custom component with, and defines the main part component plane used in bindings.
|
Position type |
Description |
Example |
|---|---|---|
|
Middle |
Where the center lines of the main and secondary parts intersect. |
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Box plane |
Where the main part bounding box and the center line of the secondary part intersect. |
|
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Collision plane |
Where the main part and the center line of the secondary part intersect. |
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Endend plane |
Where the center line of the secondary part hits the end of the main part. |
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|
Gusset plane |
Where the center lines of the main part and the first secondary part intersect. The x direction is perpendicular to the center line of the main part. |
|
Advanced tab
|
Option |
Description |
Note |
|---|---|---|
|
Detail type |
Determines on which side of the main part the component is located. The options are:
Only affects asymmetric components. |
Only available for details and seams |
|
Definition point position in relation to primary part |
Determines the position you pick to create the detail, relative to the main part. |
Only available for details |
|
Definition point position in relation to secondary part |
Determines where the component is created, relative to the secondary part. |
Only available for seams |
|
Allow multiple instances of connection between same parts |
Select this option to create many components to the same main part, in different locations. |
Only available for connections and seams |
|
Exact positions |
Select this option to position the seam based on the positions that you pick in the model. Clear the checkbox to let Tekla Structures use automatic seam recognition to position the seam. This is useful especially with warped seams. |
Only available for seams |
|
Use the center of the bounding box in positioning |
Select this option to position the custom part based on the center of its bounding box (the box that surrounds the actual part profile). |
Only available for parts |
Typical examples of custom components
Here are some typical examples of the different types of custom components that you can create.
Examples of custom connections
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Steel |
Built-up plate seat |
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Shear plate |
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Precast concrete |
Base detail |
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Double tee to L profile |
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Column cut-out |
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Wall panel connections |
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Examples of custom details
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Steel |
Backing plates |
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Cast base |
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Timber base |
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Precast concrete |
Door and window |
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Hollow core end details |
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Lifting details |
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Mock joint/reveal |
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Examples of custom seams
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Steel |
Steel stair step |
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Turnbuckles |
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Handrail |
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Precast concrete |
Double tee connection |
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Panel to panel grout tube connection |
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Examples of custom parts
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Steel |
Company standard bracing plates |
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Castellated beam and cell beam |
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Built-up beams/columns |
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Standard glazing fixings |
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Precast concrete |
Sandwich panel |
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Lifters |
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Standard embeds/inserts |
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Standard beams |
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