Autodesk Robot 2016 - 2018 Tutorials Full Package II

Autodesk Robot 2016 Tutorial. RC. Level I

$90.00

Autodesk Robot 2016 Tutorial. RC. Level I For Analysis and Designing of Reinforced Concrete Structures. Learn to Analyze and Design Reinforced Concrete Structures with one of the most powerful tools for simulation and analysis of complex structures. Valid for 2018 versions. Valid for both American and Eurocodes Metric&Imperial Systems* During this step by step course you will learn: Analysis and Design of Reinforced Concrete Structures. Designing and Analysis of beams, columns, frames, portals a ...

Autodesk Robot 2016 Tutorial. RC. Level II

$149.00

For Foundations and Seismic Modal Analysis in Reinforced Concrete Structures. Learn to perform Seismic and Spectrum Modal Analysis in Reinforced Concrete Structures, for medium size projects. Once you have mastered or Basic Level Course of Autodesk Robot 2016, the basic principles of the analysis and design of Reinforced Concrete Structures, is next the time for us to design the foundations of the project and subject it to a Dynamic Modal Analysis. for ...

Autodesk Robot 2016 Tutorial. RC. Level III

$189.00

For Analysis and Design of Reinforced Concrete Structure in Buildings of 20 floors and above. For this third part of our series of Autodesk Robot 2016 tutorials, our intention is that the professional of structural analysis, can perform the structural design and analysis of an entire building in matter of minutes and in a fraction of the time than otherwise (either by performing a manual analysis or by using tools such as CSI SAP2000 or STAAD.Pro). Vali ...

Robot 2018 Tutorial. Deep Excavations

$79.00

Autodesk Robot Structural 2018 Tutorial. For Retaining Walls and Fails Analysis in Deep Excavations. Valid for both American and Eurocodes Metric&Imperial Systems* This course focuses on the analysis and designing of Retaining Systems. Allow Autodesk RSA to perform the retaining walls design, calculate the soil loads, consider the lateral soil pressure in high groundwater levels and the weight of nearby structures. From Retaining Walls to Land Anchorages!Furthermore, Autodesk RSA will also consi ...

Autodesk Robot 2018 Tutorial. Steel Level I

$90.00

Autodesk Robot Structural Analysis Professional 2018 | Steel | Level I For Designing and Analysis of Steel Structures. Autodesk Robot Structural Analysis Professional is the most advanced software for the designing and analysis of structures, but simultaneously clear and user friendly! And in this step by step course you will learn, without the need of previous knowledge of the software, how to approach and design your own structures, define sections and profiles according to the design code and ...

Autodesk Robot 2018 Tutorial. Steel Level II

$149.00

Autodesk Robot Structural Analysis Professional 2018 | Steel | Level II Dynamic Analysis & Foundations. Once you have mastered the main aspects of the analysis, designing and documenting of Steel Structures through Autodesk Robot Structural Analysis Professional, we will move forward in our learning and approach the development of far more complex structural models. Such as a structure integrated by Warren or Pratt Beams; structural components which characterize for their stability in relation to ...

Autodesk Robot 2016 Tutorial. Steel. Level III

$189.00

For Analysis and Design of Steel Structure in Buildings of 20 Floors and Above! Learn to Analyze and Design Complete Building Structures. From the simple design of sections and connections between both cold and hot-rolled profiles, to the resolution of complex foundations, including footings, retaining walls, anchorages and all the connections between these elements.
Valid for 2017 versions.
Valid for both American and Eurocodes Metric&Im ...

Autodesk Robot 2016 Tutorial. Steel. Level IV

$90.00

For Seismic and Modal Spectrum Analysis in Steel Structures. The Modal Spectrum Analysis is an Advantageous method for determining the displacements and forces in elements of a structural system. This method implies the calculation of the maximum displacement values and accelerations one each mode using a design spectrum. And which represents the average of the spectrum answer for several types of seismic. Autodesk Robot provides a full quadratic co ...

Autodesk Advance Steel 2016. Essentials

$90.00

For Designing and Detailing of Steel Structures. We know that the designing and detailing of Steel Structures demands quite a big amount of time and hard work.It is a job that requires several verification, corrections and in which errors may frequently appear.In this basic course you will being your way to master one of the best software for the designing and detailing of Steel Structures, all in less than 10 hours! Dramatically reducing to minut ...

Autodesk Revit Steel Detailing 2016 Tutorial.

$79.00

For Designing and Detailing of Steel Structures.
Allow Revit Structural Detailing to generate the entire design for the Steel Structure of your project. Revit Structural Detailing will generate the detailed design of the connections in steel profiles, whether you have structure connected by bolts or welds. From the frames to the foundations.Through its intelligent dynamic blocks (Family Objects), Revit Structural Detailing will automatical ...

Analysis and Design of Reinforced Concrete Structures.
Analysis and Design of Steel Structures.
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.
Maps and Deformations.
Designing of Reinforced Concrete Sections.
Designing of Reinforced Concrete Slabs.
Basic Reinforced Concrete Footing Designing.
Automatic generation of the reinforced concrete drawings.
Automatic generation of the structure's drawings.
Automatic generation of the Calculation Note and Documentation of the project.
Consideration of International and Regional Design Codes.
Analysis and Design of Reinforced Concrete Structures, for Medium Size Buildings.
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 and 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 Designing 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
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.
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.
Analysis and Design of Steel Structures.
Importing Analytic Models from Autodesk Revit Structure.
Design of Warren and Pratt Beams.
Analysis and Design Steel Trusses.
Assignment of Load Cases and Combinations.
Static and Dynamic Analysis of the Structure.
Design of Steel Decks.
Shear, Bending and Deformation Diagrams.
Analysis and Design of Foundations in Steel Structures.
Design and Analysis of Connections for Beams, Columns, Anchorages and Foundations.
Assignment of Dynamic Loads.
Wind Analysis and Simulation.
Automatic Generation of Detail Drawings for Sections and Connections.
Automatic Generation of the Calculation Note.
Analysis and Design of Steel Structures in Buildings of 20 Floors and Above. Integrated by either cold or hot-rolled profiles (welded or bolted).
Analysis of the proposed sections before different load cases and combinations. And according to specific Country or Regional Design Codes.
Analysis of both the Dead and Live loads present in structure.
Design and Analysis of both Reinforced Concrete Slabs and Steel Decks.
Design and Analysis of Retaining Walls and related retaining structures for the underground parking levels of the Building.
Assignment and Consideration of Soil Pressure Loads, including that caused by the presence of nearby structures.
Assignment of Live and Moving Vehicles Loads.
Design of the Slabs corresponding to the underground parking levels. This according to the presence of Live Loads and Moving Vehicles in the system.
Wind Load Simulation.
Analysis of Connections, either welded or bolted. And between hot or/and cold-rolled profiles. So the structural engineer can determine the different types of relations and displacements between each section of the system.
Automatic Generation of Detail Drawings and Documentation.
Automatic Generation of the Calculation Notes.
Seismic and Spectrum Modal Analysis in Steel Structures of Completed Buildings.
Static and Dynamic Analysis.
Analysis and Design of Sections and Connections.
Advanced Wind Load and Seismic Simulation.
Modal Spectrum Analysis.
Automatic Generation of Drawings.
Design and Detailing of Steel Structures.
Design and Detailing of Steel Frames.
Design of Steel Profiles (Hot-Rolled).
Design of sections for beams, columns, anchorages etc.
Design and Detailing of Connections; bolts, plates, stiffeners,brackets and welding.
Generation of customized Revit Structure Family Objects.
Working with the Revit Structure Catalog of Sections, Profiles, Bolts etc.
Generation of Detail Drawings of Frames, Sections and Connections.
Designing and Detailing of Steel Structures.
Knowing the basic Advance Steel work-flow.
Working with the basic tool bars and option of Advance Steel.
Designing and Detailing of Simple Connections.
Analysis of said connections under specific Design Loads.
Designing and Detailing of plates, bolts, welds, brackets, stiffeners etc.
Printing of the Detail Drawings and 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 Included, for all subjects covered in this course.

Autodesk Robot Structural

Autodesk Robot 2016 - 2018 Tutorials Full Package II