If you are modeling a linear steel beam, always use the Profile Catalog. If you try to use a Shape for a 30m beam, your model will become heavy and crash.
Tekla Structures categorizes profiles into two main types based on how their geometry is defined and stored: and Parametric Profiles . Fixed Profiles
: The catalog can store analysis values (like sectional properties) that structural analysis applications can read directly, ensuring consistency between the physical model and engineering data. tekla structures profile catalog
The Tekla Structures Profile Catalog is regularly updated to ensure that it remains current and accurate. Tekla Structures, now part of Trimble, works closely with profile manufacturers, standards organizations, and industry experts to:
The Profile Catalog is a comprehensive database embedded within Tekla Structures. It contains predefined profiles (cross-sections) that define the shape and size of structural members such as beams, columns, and plates. Instead of manually defining the dimensions of an I-beam, channel, or angle every time a user creates a part, the catalog provides instant access to thousands of standard industry shapes. If you are modeling a linear steel beam,
To open the Profile Catalog, navigate to the . The interface is divided into three functional zones:
: You can add custom information to profiles, such as "Historical Profile" flags or specialized fabrication notes, which can then be used in reports and drawings. Managing and Sharing Catalog Data Fixed Profiles : The catalog can store analysis
Identify the missing profile name from the error log. Import the corresponding .lis file from the original environment, or manually add the profile definition to your local catalog. Problem: Profile Dimensions Do Not Match Drawings
The Tekla Structures Profile Catalog is a robust, essential tool for accurate structural modeling. Its flexibility in handling standard, parametric, and custom shapes, combined with search efficiency and analysis property management, makes it far superior to simple shape libraries. Proper use of cloning, custom properties, and import/export ensures that models remain accurate, standards-compliant, and fabrication-ready.