How do you optimize the performance and stability of Tekla Structures on your computer?

1 Hardware requirements

The first thing to check is whether your computer meets the minimum or recommended hardware requirements for Tekla Structures. You can find the latest information on the Tekla website or in the installation guide. Generally, you need a fast processor, enough RAM, a dedicated graphics card, and a solid-state drive (SSD) to run Tekla Structures smoothly. If your computer does not meet these requirements, you may experience slow performance, crashes, or errors.

2 Software updates

The next thing to do is to make sure that your Tekla Structures software is up to date. You can check for updates in the Tekla Structures launcher or in the Tekla Downloads portal. Updating your software can fix bugs, improve compatibility, and add new features and enhancements. You should also update your operating system, drivers, and other software that you use with Tekla Structures, such as Microsoft Office, AutoCAD, or Revit.

3 Model settings

Another factor that can affect the performance and stability of Tekla Structures is the model settings. You can adjust the model settings in the File menu or in the Options dialog box. Some of the settings that you can change are the model folder location, the model template, the model role, the advanced options, and the environment. You should choose the settings that suit your project and workflow, and avoid unnecessary or conflicting options. For example, you can use a local model folder instead of a network drive, select a template that matches your standards and preferences, choose a role that optimizes the user interface and tools, and use an environment that supports your region and code.

4 View settings

Another factor that can affect the performance and stability of Tekla Structures is the view settings. You can adjust the view settings in the View menu or in the View Properties dialog box. Some of the settings that you can change are the view representation, the view filter, the view depth, the view clipping, and the view rendering. You should choose the settings that reduce the complexity and size of the view, and display only the information that you need. For example, you can use a simplified representation instead of a realistic one, apply a filter that hides unnecessary objects or attributes, limit the depth of the view to show only the relevant parts, use a clipping plane to cut off unwanted areas, and use a wireframe rendering instead of a shaded one.

5 Workplane settings

Another factor that can affect the performance and stability of Tekla Structures is the workplane settings. You can adjust the workplane settings in the Work Plane menu or in the Work Plane Handler dialog box. Some of the settings that you can change are the workplane grid, the workplane snap, the workplane coordinate system, and the workplane visibility. You should choose the settings that help you create and modify objects accurately and efficiently, and avoid unnecessary or confusing options. For example, you can use a grid that matches your dimensions and spacing, enable snap points that assist your input and selection, use a coordinate system that aligns with your structure or reference, and hide the workplane when you do not need it.

6 Troubleshooting tips

If you still encounter problems with the performance and stability of Tekla Structures on your computer, you can try some troubleshooting tips to resolve them. You can find some of the tips in the Tekla User Assistance portal or in the Help menu. Some of the tips are to clear the cache and temporary files, to check the error logs and reports, to run a repair or a clean installation, to contact the Tekla support team, or to join the Tekla discussion forum. You can also search for solutions online or ask for advice from other Tekla users.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?