Robot Structural Analysis Professional 2024 Course: Steel Structure DesignAre you ready to master one of the most powerful structural analysis and design software tools in the industry?This comprehensive course is designed to guide you step-by-step through the process of creating, analyzing, and designing a complete steel structure model using Robot Structural Analysis Professional 2024. Whether you're a student, a civil/structural engineer, or a BIM professional, this course will equip you with the practical skills needed for real-world projects.What You Will LearnThis course covers the entire workflow, from initial project setup to generating design reports and exporting your model to Revit.1. Project Setup & Modeling: * Project Initialization: Create a new project and define the structure's geometry using Axis Definition. * Comprehensive Steel Modeling: Learn to model all essential steel elements: * Modelling Steel Stanchions, Rafter, and Gable Posts. * Modelling Tie Beams, Purlins, Side Girts, and Gable End Girts. * Bracing & Cladding: Implement Vertical Bracing and Roof Bracing. Define the structure's envelope using Cladding.2. Refining the Structure & Local Geometry: * Boundary Conditions: Define Support conditions and apply Release (hinges) to members. * Advanced Geometry: Understand and apply Gamma (rotation), Offsets, and control Members local direction and Panel local direction. * Panel Load Distribution: Master Panel load distribution (1 way) and define complex Panel load distribution region for accurate load transfer.3. Loading & Analysis: * Load Management: Define Load cases and perform Load definition. * Wind Loads: Accurately apply Wind loads to your structure. * Combinations & Settings: Create Load combination tables and configure Analysis sett
What you'll learn
create and define the geometry of a steel structure
model essential steel components such as stanchions, rafters, and beams
apply load management techniques and wind loads
generate design reports and export models to Revit
Course objectives
develop a comprehensive understanding of steel structure modeling
implement effective boundary and loading conditions
conduct analysis and load combinations for accurate structural assessments