Beschreibung
This class will cover the workflow of how to use Civil 3D software, Dynamo, Python, and Revit software to model a steel arch bridge with a double-curved superstructure. We will examine the various steps in the process, such as getting the highways model ready in Civil 3D, using Dynamo and Python to generate a bridge in Revit connected to this highways model, and updating the design. We will show how this workflow was used to design a 300-meter steel arch bridge in the Netherlands. Finally, with our Autodesk colleagues, we will show how the InfraWorks software-led bridge workflow will greatly simplify the process of tackling such complex projects by capitalizing on a fully parametric approach, from concept to detailed design.
Wichtige Erkenntnisse
- Discover the workflow for designing complex civil structures using Civil 3D, Dynamo, and Revit
- Discover the future of connected bridge design using InfraWorks
- Learn how to use the supplied samples to start modeling complex civil structures
- Discover how scripting can be used to automate repetitive tasks and update when the design changes
Referenten
- AAAra AshikianAra Ashikian is the Senior Product Line Manager for the Autodesk Civil Structures product development teams. Prior to joining Autodesk in 2013, he had over 20 years of experience as a bridge engineer and a software developer, working on a large number of bridge projects, including preliminary, detailed and construction engineering design aspects for a wide range of bridge types. These projects included the detailed construction engineering of the EG LNG suspension bridge in Africa, as well as for the New Bay Bridge (self-anchored suspension bridge in California), the detailed engineering for the launching of the Kicking Horse Canyon bridge in the Canadian Rockies as well as for the Coast Meridian cable stayed bridge in Vancouver.
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