The Tekla Structures environment consists of several key components that work together to provide a comprehensive BIM solution. These components include:
Defines regional material grades, such as ASTM grades for the US (e.g., A992, A36) or Euronorms for Europe (e.g., S275, S355).
Connections and reinforcement: Tekla includes parametric connections for steel, bolting patterns, welds, and detailed reinforcement modeling for cast-in-place and precast concrete. Reinforcement detailing supports cages, hooks, groups, and spacing rules that feed into schedules and bending lists.
Model checking and QA rules: Custom checks validate geometry, connections, clearances, and compliance with company standards. Automated scripts can flag issues such as duplicate parts, unconnected elements, or missing attributes.
.ini files that control how the software starts and which drawing templates are used for automated reports. tekla structures environment
Understanding Tekla Structures Environments: The Ultimate Guide to Localization and Efficiency
At its core, Tekla Structures is a blank canvas. When first installed, it contains the basic modeling engine but lacks specific structural data.
Catalogs define the structural shapes and material properties available for modeling.
Every Tekla Structures environment contains a specialized set of folders and databases. Understanding these files helps BIM managers customize and optimize company workflows. 1. Profile and Material Catalogs These files define what shapes and strengths you can model. The Tekla Structures environment consists of several key
A Role is a filter that refines the user interface based on your specific job function. For example, selecting the "US Imperial" environment will give you further options like:
A Tekla environment includes several critical "behind-the-scenes" features that dictate the behavior of your projects:
While the environment provides the regional foundation, your company's unique standards are applied through on top of that foundation.
Construction codes vary drastically between countries. The US uses imperial measurements and AISC standards, Europe relies on metric measurements and Eurocodes, while Australia follows AS/NZS guidelines. Environments pre-configure these rules, ensuring designs automatically comply with local laws. 2. Time-Saving Automation Environments pre-configure these rules
Localized profile databases (e.g., European I-beams vs. US wide-flange), material grades, bolt assemblies, and rebar databases.
When Tekla Structures looks for a configuration file, template, or attribute, it searches directories in a strict hierarchical order. The first file found wins:
Network and collaboration: Model sharing across distributed teams requires robust network bandwidth and low-latency connections for syncing. Cloud-based collaboration platforms can offload storage and provide centralized access.
The following diagram illustrates the key relationships: