The (Adjustable Twist Strut) is designed to laterally brace steel beams or joists to the structure. It creates a rigid connection to prevent rollover or lateral movement.
Maximum productivity is achieved by utilizing the seamless data translation features embedded within the suite. Step 1: Model Global Coordinates in STRAP
For professional environments, ensuring a smooth installation is critical for data integrity and software performance. Follow these steps to get your structural suite running correctly. atir strap and beamd with 72 install
ATIR STRAP (Structural Analysis Program) is a comprehensive finite element analysis (FEA) and design software used for a wide range of concrete and steel structures, including high-rise buildings, bridges, and industrial facilities .
Once global 3D finite element calculations are executed inside STRAP, the software exports the individual subsets to BEAMD. When outputting files to the 2D beam engine, remember to configure parameters for beam/column index numbering, support condition mapping, column reactions, and the ultimate reinforcement detailing standard. 📈 Optimization and Post-Installation Checkout The (Adjustable Twist Strut) is designed to laterally
Ultimate Limit State (ULS) & Serviceability Limit State (SLS).
Before initializing the setup, verify that your workstation aligns with the necessary environment constraints. Step 1: Model Global Coordinates in STRAP For
[BIM/CAD Model] ──> [AutoSTRAP Parsing] ──> [STRAP FEM Solve] ──> [BEAMD detailing] DXF and IFC Model Parsing
If you shortened the fastening pattern to, say, 24 inches, you’d concentrate the load, likely causing fastener pull-out or wood splitting.
Copy the NETHASP.IN file from the Util folder to the root installation folder.