Autodesk Robot RC Tutorial Full Package I

For Analysis and Design of Reinforced Concrete & Steel Structures.

Useful for 2016 and 2018 versions

Valid for both American and Eurocodes Metric&Imperial Systems*

Become and expert with this package of Autodesk Robot 2016 Tutorials. From simple analysis and design of steel structures, to foundations, wind and Modal Analysis of Building, with professional online consultancy included!

 

This package of courses includes:

 

• Autodesk Robot 2016 Tutorial. Steel Structures. Level I

• Autodesk Robot 2016 Tutorial. RC. Level I

• Autodesk Robot 2016 Tutorial. RC. Level II

• Autodesk Robot 2016 Tutorial. RC. Level III

• Autodesk Robot 2018 Tutorial. RC. For Foundations and Retaining Walls in Deep Excavations.
  

This collection of tutorials will guide you step by step through Autodesk Robot Structural until you master:

 

• Analysis and Design of Steel Structures.

• Configuration of Units and Design Codes, according to Specific Countries and Regions.
• Design and Analysis of Steel Frames, Non-prismatic Beams and Structures of Several Floors.
• Assignment and Configuration of Sections and Profiles.
• Assignment of Load Cases and Combinations.
• Designing of Anchorages for the Foundations of the Structure.

• Static and Basic Dynamic Analysis of the Structure.
• Obtaining of Shear, Bending and Deformation Diagrams.Including the Reactions of the Supports of the structure.
• Analysis and Design of Connections between sections of beams and columns.
• Automatic Generation of Drawings and Layouts of the Structure.
• Automatic Generation of the Calculation Note.
• No previous Autodesk Robot knowledge required!
• Analysis and Design of Reinforced Concrete Structures.
• Designing and Analysis of beams, columns, frames, portals and basic structures, obtaining their graphics for shear and bending moments, including the reactions on the supports.

• Configuration of Units and Design Codes, according to your country or region.
• Automatic Assignment of the Dead Load.
• Assignments of Loads and Combinations.
• Obtaining of Shear, Bending and Deformation Diagrams.
• Obtaining of Reactions on the structure's supports.
• Designing and Analysis of two-directions monolithic slabs. Obtaining reactions and graphs for forces and moments.
• Maps and Deformations.
• Designing of Reinforced Concrete Sections.
• Basic Reinforced Concrete Footing Designing.
• Designing and Calculation of the reinforcing steel for this type of reinforced concrete elements, with diagrams and details of rods, hooks and stirrups placement.
• Automatic generation of the structure's drawings.
• Automatic generation of the Calculation Note and Documentation of the project.
• Consideration of International Country and Regional Design Codes.
• Analysis and Design of Reinforced Concrete Structures, for Medium Size Buildings.

• Configuration of Units and Design Codes according to specific Country or Regions.
• Confined masonry and bricks walls, beams, foundations, footings and slabs.
• Assignment of Load Cases and Combinations.
• Analysis and Design of Reinforced Concrete Foundations.
• Analysis and Design of Footings. Both Isolated and Continuous.
• Shear, Bending and Moments Diagrams.
• Analysis of Reactions on the Extremes for Foundations Design.
• Analysis and Design of Reinforced Concrete Slabs.
• Analysis of Map Diagrams.
• Design and Analysis of Reinforcement Steel.
• Automatic Generation of Detail Drawings for Both Sections and Slabs.
• Automatic Generation of Drawings for the Reinforcement Steel elements.
• Dynamic Modal Analysis.
• Seismic Analysis on Medium Size Projects.
• Wind Load Analysis.
• Automatic Generation of the Calculation Note.
• Importing an Analytic Model integrated by several floors and underground parking levels from Autodesk Revit Structure.

• Assignment of Loads Cases and Combinations, including Static and Dynamic Loads for the following Seismic and Modal Analysis.
• Assignment of Dynamic and Live Loads.
• Shear, Bending, Deformation and Maps Diagrams.
• Analysis and Design of Concrete Slabs. Including Ribbed Slabs.
• Analysis and Design of Retaining Walls.
• Analysis and Design of Foundations. Including Footings, Retaining Walls and Anchorages.
• Assignment of Lateral Soil Pressure Loads.
• Analysis of Soil Pressure Loads, based upon the corresponding Geothecnical Analysis.
• Design of Reinforcing Steel Elements, according to specific Country or Regional Design Codes.
• Automatic Generation of Detail Drawings for sections of beams, columns and slabs.
• Analysis and Design of Steel Connections for the Anchorages of the Retaining Walls.
• Seismic and Spectrum Modal Analysis.
• Wind Analysis and Simulation.

• Generation of the Calculation Note and proper Documentation.
• Foundations Analysis for Retaining Walls.
• Designing of Spread Footings.

• Designing of Continuous Footings.
• Designing of Retaining Walls.
• Designing of Retaining Walls of variable section.

• Designing of Retaining Walls with Speer.
• Designing of Slurry Walls.
• Designing of Foundation Slabs with elastic support.
• Seismic Resistant Design for Underground Structures.
• Designing of Retaining Walls of Volumetric Section.

• Loads Analysis on Land Anchorage Systems.
• Mechanically Stabilized Walls.
• Fails Analysis in Underground Structures.
• Groundwater influence analysis.
• Fails Simulation in Underground Structures.
• Professional Online Consultancy for all the topics covered in this course.

*Autodesk RSA can be configured and adapted to any given Design Code included the American and Eurocodes and for which the respective sections / profiles databases are included!

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