Robot Structural Analysis Advanced - Training Course
Duration: 16 hours
Teaching Methodology: Hands on
Course Schedule: Schedule
Fees: $350
Course Mode: Blended – Face-to-face or online via Zoom
 |
 |
 |
 |
DESCRIPTION
This course on Autodesk® Robot™ Structural Analysis provides structural engineers with advanced building simulation and analysis capabilities for large and complex structures. Participants will learn to perform comprehensive simulations and detailed analysis of concrete structures, utilizing advanced meshing, load combinations, modal and seismic analysis, and P-Delta effects.
OBJECTIVE
Complete modeling and design of a concrete building using Autodesk Robot software. Participants will start by importing drawings from AutoCAD and proceed with full modeling, loading, analysis, and reinforced concrete design of slabs, columns, and shear walls.
AUDIENCE
Civil and structural engineers who are already familiar with basic Robot Structural Analysis commands and workflows.
PREREQUISITES
Completion of the Robot Structural Analysis – Essentials course or equivalent practical experience.
COURSE CONTENTS
- Import from Autocad to Robot through CBS software (Concrete Building Structures).
- Assignment of properties (sections, loads, supports, doors, stories...)
- Automatic generation of combinations
- Use of advanced tools like bars eccentricities, linear releases, rigid links, diaphragms and cladding surfaces.
- Use of flexural and membrane modifiers (reduction of the gross inertia).
- Use of advanced meshing techniques like emitters and refinement.
- Modal and seismic analysis with scaling of the response factor.
- P-Delta analysis for buildings in Robot: how to make it.
- Interpretation of results in membranes (shear walls) and plates (slabs and raft).
- Use of cuts for core walls and lintels.
- Reinforced concrete design of plates, columns and shear walls.