Mastering the Tekla Structures Environment: A Deep Dive into Configuration, Customization, and Workflow Optimization
Multi-Environment Support
: You can install and switch between multiple environments (e.g., US Imperial, UK, or Middle East) on a single workstation to work on international projects without manual reconfiguration.
Settings:
It configures drawing layouts, report templates, and dimension marks to meet local project standards.
Versioning and change control: Model Sharing and standard versioning workflows control releases. Drawing revisions tie back to model revisions; strict numbering and revision rules reduce fabrication errors.
Benefits of the Tekla Structures Environment
- Profiles: The environment contains libraries of standard profiles (I-beams, angles, tubes). For example, the US Imperial environment includes
W12x26, while a European environment includes HEA200.
- Materials: This defines grades (e.g., A992, S355, C30/37) and their physical properties (density, yield strength, thermal expansion).
Tekla Structures Environment ✦ Direct
Mastering the Tekla Structures Environment: A Deep Dive into Configuration, Customization, and Workflow Optimization
Multi-Environment Support
: You can install and switch between multiple environments (e.g., US Imperial, UK, or Middle East) on a single workstation to work on international projects without manual reconfiguration.
Settings:
It configures drawing layouts, report templates, and dimension marks to meet local project standards. tekla structures environment
Versioning and change control: Model Sharing and standard versioning workflows control releases. Drawing revisions tie back to model revisions; strict numbering and revision rules reduce fabrication errors. Mastering the Tekla Structures Environment: A Deep Dive
Benefits of the Tekla Structures Environment
- Profiles: The environment contains libraries of standard profiles (I-beams, angles, tubes). For example, the US Imperial environment includes
W12x26, while a European environment includes HEA200.
- Materials: This defines grades (e.g., A992, S355, C30/37) and their physical properties (density, yield strength, thermal expansion).