: Shapes where size is determined by user-defined parameters (e.g., a rectangular beam defined by width and height).
: Because information is stored in the profdb.bin file, it is easy to share across models, but users must manage this file carefully to ensure consistency across entire design teams.
For highly complex extrusions—such as aluminum curtain wall mullions or cold-rolled decking tracks—drawing the shape within Tekla can be tedious. Instead, you can import a 2D CAD vector file: tekla structures profile catalog
The true power of Tekla Structures lies in its ability to adapt to non-standard requirements. When a project calls for a unique shape—like a specific manufacturer's cold-rolled section or a custom-built crane beam—you have several paths to expand your catalog: Customize the profile catalog - Tekla User Assistance
: These have predefined dimensions (e.g., HEA120). You cannot change their specific dimensions once selected from the tree. : Shapes where size is determined by user-defined
You can access the catalog through two primary methods:
Tekla Structures , the acts as a central library containing all the cross-sections (like I-beams, L-profiles, and plates) available for your project. This guide covers how to navigate, use, and customize it. 1. Accessing the Catalog Instead, you can import a 2D CAD vector
The profile catalog is highly regarded for its precision and customizability, making it a critical asset for structural engineers and detailers who require accurate geometric data for large-scale, complex projects.
Right-click a profile similar to your required shape and select .
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