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For Structure Engineers
Training materials: Autodesk official training materials
Prerequisites: There are no required prerequisites for the Essential course .
Robot Structural Analysis Professional Course :
Autodesk Robot Structural Analysis calculates a wide range of structural models. Using a comprehensive collection of design codes, results are delivered in minutes, not hours. Seamless workflow with 3D bidirectional links to Autodesk companion products; provide a scalable, country-specific analysis solution for many different types of structures. This includes; buildings, bridges, civil and specialty structures.
course Duration Robot Structural Analysis Professional 21 Hrs
Day 1 : Introduction to Robot & 2D RC frame - What are the structural analysis tools ? - What is Robot and its history ? - General overweiw for robot capabilities. - Geometry menu for robot and how to work in Robot. - Relationship between robot and other BIM tools. - Robot preferences and job preferences - Set Robot parameters. - How to choose a specific international code - Object inspector - Layout selection - Structural parameters - Model Definition - Drawing area parameters - Structural Grids - Model Definition - Section definition / Reduction of moment of inertia - Adding / Definition of different types of loads - Making new combinations for different codes - Adding different types of supports and change its type - Run analysis and explore results for beams and columns - Export different results to excel - Save file without results to decrease its size
Day 2 : Solid slab & Flat slab & Hollow block slabs - Model Definition - Area Section definition - Reduction of moment of inertia for Slabs - Adding / Definition of different types of loads - Define Membrane calculation model for solid slabs - Run analysis and explore results for beams and columns - Exploring trapezoidal and triangular loads on beams due to solid slabs - Definition of flat slab section - Definition of line loads on slabs - Check deflection and long term deflection for slab - Check punching for flat slab - How to check different stresses for slab and manual design - Definition of ribs and hollow block system - Modelling hidden beams as areas - Linear releases for slab edges to act as simple slab - Explore maps results for slabs
- Panel cuts
Day3 : Design of RC elements - RC elements design module - How to define new RC section to design - How to design a section in a model - Set parameters to design - Choosing steel bar reinforcement sizes - Settings for reinforcement for columns - Determine no. of bundles in corners for columns - Determine if bents bars in beams or nor - Choose different codes to design (ACI,BS....) - Design a beams and display its reinforcement - Design a column section and display its reinforcement - Model & Design a Footing section and display its
reinforcement - How to make setting to easily display reinforcement - Design different elements in a model - Make pdf drawing of reinforcement
Day 4 : Design for seismic analysis - Model definition - Idioms for seismic analysis - Story drift and check it - Methods to determine fundamental time period for a building - Choose the suitable structural system to resist lateral loads - Calculation of base shear for the building - Static and dynamic analysis - Flexible and rigid diaphragm - Weak and soft stories - Center of mass and center of rigidity
Day 5 : - Elastic response spectrum - Wind load simulation tool - Template file - Generation of seismic combinations - Irregularity cases for a structure - Exploring results for seismic envelope combinations - Design of columns and walls according to seismic Day 7 :
Export to robot & Shell structures - Preparing Revit file to export to robot - Boundary conditions and loads in Revit - Export to robot - Analysis and design in Robot - Updating model in Revit - Exploring results in Revit - Export from AutoCAD to Robot - Modelling & Analysis of water rectangular & Circular tank - Modelling & Analysis of Retaining walls - Modelling & analysis of Straight & Spiral stairs - Import from Library structures - Robot Addins - View Display menu …
Day 6 : Steel modelling and design - Model definition - Steel section database - Definition of steel sections (I-beam , C-channel and angles) - Definition of purlins - Definition of horizontal and vertical bracing - Definition of wind loads on a frame - Analysis of 3d steel frame - Frame generator tool - Design of steel sections according to code - Code verification and code design - Generation and design of steel connections - Design of Knee connection and fixed base connection - 3d view of steel connection - Generation of connection schemes