Automatic Profile Placement with AutoCAD Plugin
This application enables fast, accurate, and parametric profile placement through a custom-developed plugin within the AutoCAD environment. By entering section, connection, and mounting details via the user interface, you can complete the technical drawing with a single click.
Key Features:
🔹 Modular infrastructure adaptable to various mounting systems
🔹 Roof brackets compatible with different connection types such as screws, rivets, and studs
🔹 Configurable substructure based on various wind tunnel reports for flat roof systems
🔹 Ability to export bill of materials compatible with ERP software
SAP2000 TBDY-2018 Steel Plug-in
This in-house SAP2000 plug-in brings the entire Turkish Seismic Code 2018 (TBDY-2018) inside the modeller. It guides engineers through system selection, auto-creates load combinations, runs drift & irregularity checks, and performs rapid capacity checks for high-ductility braced frames—automating the lengthy, repetitive code-check tasks that normally slow projects down.
Key Features:
🔹 Code-driven structural-system wizard
🔹 One-click load-case & combination generator
🔹 Interstory drift, torsion, and irregularity control
🔹 Rapid checks for CBF / EBF systems
🔹 Error-shielded workflow with learning cues
Solar Mounting System Automation Software with RSTAB 8 API
This application is a custom-developed software built on the Dlubal RSTAB 8 API. It eliminates lengthy and repetitive calculation steps in the engineering and tendering processes of solar mounting systems. By simply entering project data, users can build a model from scratch or use the custom optimization algorithm to select the most efficient sections. This way, engineers save time on detailed calculations, while sales teams can prepare fast and reliable offers.
Key Features:
🔹 Automatic load definitions based on province, district, and elevation
🔹 Automatic assignment of connection details, support types, and material selections
🔹 Ability to add elements such as braces, east–west and north–south diagonals
🔹 Section optimization through multiple trials based on selected parameters
🔹 Flexible optimization with user-defined limit values
🔹 Optimum section selection for nationwide projects within 12 hours
🔹 Automatic reporting of internal forces, support reactions, and detailed outputs
🔹 Wind load definitions configurable per Eurocode or wind tunnel test data