Tekla Structures Profile Catalog _verified_ | Must Read |

Tekla Structures , the Profile Catalog 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

You can open the catalog by navigating to the File menu and selecting Catalogs > Profile catalog. From here, you can view the entire tree of available profiles organized by type. 2. Standard vs. Parametric Profiles Profiles are generally split into two categories:

Standard (Fixed) Profiles: These have predefined dimensions (e.g., HEA120). You cannot change their specific dimensions once selected from the tree.

Parametric Profiles: These allow you to manually input dimensions (e.g., a "B*H" wood profile or a "D" circular section). These are often denoted by a specific prefix (like PL for plate or D for diameter). 3. Assigning a Profile to a Part To change the profile of an existing beam or column: Double-click the part to open its Properties. Click Select… next to the Profile field. tekla structures profile catalog

Choose a profile from the tree. You can use the Show details checkbox to see additional properties like weight per meter or cross-section area. Click Apply or OK. 4. Customizing the Catalog

If a standard profile is missing, you can add your own in several ways:

User-Defined Rules: You can create new categories (like "Historical Profiles") by right-clicking the tree and selecting Add Next Level Rule. Tekla Structures , the Profile Catalog acts as

DWG Import: For complex shapes, you can import a cross-section from an AutoCAD DWG file by going to File > Catalogs > Define profiles > DWG import.

Material Association: You can control which profiles appear for specific materials (e.g., only showing L-profiles for steel parts) by right-clicking a profile type and selecting Material > Steel or Concrete.

Watch this step-by-step tutorial on how to import custom cross-sections from DWG files directly into your Tekla Profile Catalog: Create Profile from DWG in Tekla Structures Tekla Software YouTube• Jan 16, 2018 5. Managing Profiles in IFC Conversions Inventory supplier profiles and standard national sections

When importing external models (like IFC files), Tekla uses the Profile Catalog to map incoming names to native profiles. If a name matches perfectly, Tekla uses that profile; if not, it attempts to find a match based on parametric values.

Do you need help defining a new parametric profile using the Sketch Editor, or are you looking to export your catalog to another environment?

Customize the original profile catalog - Tekla User Assistance

12.1 Establishing a Corporate Catalog

  1. Inventory supplier profiles and standard national sections.
  2. Define naming conventions and required metadata fields (supplier code, grade, weight/unit, procurement lead time).
  3. Choose a versioning and deployment workflow (Git + package releases).
  4. Validate geometry with mechanical property calculations and sample cuts.
  5. Pilot with a single project, gather feedback, iterate.

Method A: Parametric (Organic) Custom Profile

Use this for shapes that are variations of standard types (e.g., an I-beam with a sloped inner flange).

  1. In the Profile Catalog, right-click a similar profile and select "Copy."
  2. Rename it (e.g., MY_WIDE_300).
  3. Edit the parameters. Change h from 300 to 350, tw from 10 to 12.
  4. Click "Modify." Tekla automatically recalculates all section properties.

1. Executive Summary

The Profile Catalog in Tekla Structures is a centralized, parametric database of cross-sectional shapes used in structural modeling. It replaces the legacy profdb.bin file from older versions (pre-2017) and provides a more flexible, user-friendly interface for managing, searching, and customizing profiles. The catalog supports standard shapes (I-beams, channels, angles, hollow sections) as well as parametric and user-defined profiles. Its efficient management is critical for accurate detailing, material estimation, and connection design.

2. Academic Research Papers