Tekla Structures Profile Catalog Site

Dimensions are typed directly into the profile field (e.g., RECT300*500 or PD200*10 ). Dynamic and highly adaptable.

Used to define the mathematical rules for new parametric shapes. tekla structures profile catalog

You can import a DWG cross-section to create a specialized profile. This is ideal for complex, imported geometries that are not easily defined by parameters 1.2.3. 5. Summary and Best Practices Description profdb.bin The core database file containing all profile data. Fixed Profiles Standardized shapes with constant dimensions. Parametric Profiles Shapes defined by variable dimensions (can change size). Firm Folder Store custom profdb.bin files here to share with your team. Dimensions are typed directly into the profile field (e

When creating new profiles, copy the most similar standard profile first to save time, as shown in this video tutorial 1.2.2. You can import a DWG cross-section to create

It dictates exactly how 3D shapes render in the model environment.

: These are flexible shapes where users can input specific dimensions. Tekla calculates the cross-section each time the model is opened based on these parameters.

Tekla Structures stores profile data in a hierarchical structure divided into categories, types, and individual profiles. Understanding how these files interact behind the scenes prevents data loss and ensures seamless collaboration across project teams. The Underlying Files