Autodesk Structural Bridge Design
Autodesk Structural Bridge Design
Autodesk Structural Bridge Design Beams
Autodesk Structural Bridge Design Loads Definition
Autodesk Structural Bridge Design Envelope
Autodesk Structural Bridge Design Results
Autodesk Structural Bridge Design Compilations
Autodesk Structural Bridge Design Reinforced Concrete
Autodesk Structural Bridge Design Line Beam Analysis
Autodesk Structural Bridge Design Refined Model
Autodesk Structural Bridge Design Joint Analysis
Autodesk Structural Bridge Design Influence Surface
Autodesk Structural Bridge Design Results Viewer
Autodesk Structural Bridge Design Beam Analysis
Autodesk Structural Bridge Design Supports
Autodesk Structural Bridge Design Reinforced Concrete Beams
Autodesk Structural Bridge Design Reinforcing Steel
Autodesk Structural Bridge Design Vehicle Loads

Autodesk Structural Bridge Design - Essential Level

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Autodesk Structural Bridge Design | Essential Level.

For Design and Analysis of Reinforced Concrete Bridges.

  • Based on a real-world example.
  • Includes Professional Online Consultancy for all topics covered in this course.

During this step by step course you will learn:

  • Design and Analysis of simple reinforced concrete bridges under the AASHTO LRFD 7 design code.
  • Working with a real-world example.
  • Working with Autodesk Structural Bridge Design workflow.
  • Design and Analysis of reinforced concrete beams.
  • Design of Concrete Sections for Beams and Slabs.
  • Design of the Reinforcing Steel.
  • Analysis of Shear and Bending moment diagrams.
  • Developing the Analytical Model of the Bridge.
  • Placement and Definition of Supports.
  • Assignment of Loads and Load Compilations.
  • Analysis of the Dead Load of the Beam sections and Slabs.
  • Assignment of Superimposed Dead Loads.
  • Analysis of Static Loads.
  • Assignment and Analysis of Vehicle Loads.
  • Working with the Line Beam Analysis method.
  • Analysis and Optimization of Live Loads through the generation of Influence Surfaces.
  • Structural Analysis of the complete Bridge Model.
  • Verification of Results.
  • Analysis of the resultant loads for the design and optimization of Beam sections.
  • Modeling of the Abutments – Analysis of these elements won’t be approached at this time.

Welcome to our course on Autodesk Structural Bridge Design.

Essential-level course, for the design and analysis of simple reinforced concrete bridges.

This time, we bring you a step by step course for the Design and Analysis of simple reinforced concrete bridges, through Autodesk Structural Bridge Design software, observing the AASHTO design code.

Through this course, and being this our first approach to this software, we’ll focus primarily on mastering and understanding the Design and Analysis workflow.

To fulfill this objective, we’ll work with a real-world example, or structure already in operation.

Specifically, we’ll address the design and analysis of a single-span reinforced concrete bridge, which, again, corresponds to a real bridge currently in use.

This implies that, although relatively simple in design, we’ll approach Autodesk Structural Bridge Design through a practical, real-world example.

Our task will be to analyze and understand the design of this bridge so that we can identify any current or potential flaws that affect its performance.

Hence using this software for finding an adequate design solution.

To achieve this, we’ll analyze the provided concrete sections for both beams and slabs under the design loads, including Dead Loads, Superimposed Loads, and Vehicle Loads.

Once we obtain the results of the first set of analyses, we’ll use the tools provided by the software to find a suitable design solution.

Namely, a solution that complies with both the active design code and the safety requirements of the bridge.

Through this course, we’ll cover the necessary steps for defining the concrete sections of both beams and slabs.

Generating the analytical model of our bridge structure, and assigning and analyzing the corresponding dead loads of the concrete elements using the Line Beam analysis method.

We’ll also define both the superimposed and live loads, optimizing the latter through the definition of Influence Surfaces.

Finally, we’ll carry out the analysis of our structural model, and based on the results, work on an appropriate design solution for the beams.

In other words, we’ll aim to achieve a design that allows the bridge to function safely and efficiently under the design loads.

Now, although we’ll follow the AASHTO Design Code throughout this course, it’s worth mentioning that the course is structured in a way that allows you to follow the same general workflow using any other design code.

In short, the different design and analysis stages we’ll follow can easily be applied under a different design code.

Last but not least, if you have any questions while following this course or using the various tools we’ll cover, remember that you can always rely on the help of our Support Center.

So, all these topics and more will be thoroughly covered in our Autodesk Structural Bridge Design course.

Essential-level course, for the design and analysis of simple reinforced concrete bridges.

System Requirements:

Windows PC

Standard PC Computer running Windows 11, Windows 10, Windows 8 or Windows 7 operating system.

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