opkglobe.blogg.se - Advance steel cad

Users of the Autodesk 3ds Max software in the Architecture, Interior Design, and Civil Engineering industries.AutoCAD Advance Steel is a powerful engineering software dedicated to providing users with additional efficiency when designing and detailing of steel structures.Users that have worked on 3D modeling software before.Modify 2D details with parametric dimensions.Review and modify 2D drawings using the Document Manager.Extract 2D drawings from the model using Drawing Styles and Drawing Processes.Create concrete objects such as footings.Create plates and add bolts, anchors, and welds.Verify models using Clash Checking tools.Create connections using the Connection Vault.Model columns and beams and add bracing.

Use the Autodesk Advance Steel Modify commands.

Work with the User Coordinate System (UCS).

Navigate the Autodesk Advance Steel interface.

Understand the process of 3D modeling and extracting 2D documentation from a model in the Autodesk Advance Steel software.

To complete the course, you will learn to edit and generate all of the required documentation files that enable your design to accurately and effectively communicate the final design.Įxperience with 3D modeling is recommended. You will also learn about the powerful model verification tools. Specific Autodesk Advance Steel objects, including structural columns, beams, bracing, plates, bolts, anchors, welds, and additional 3D objects are also covered. This course focuses on the basic tools that the majority of users need.īegin by learning the user interface, basic 3D viewing tools, and the standard AutoCAD tools that are routinely used.

The objective of the Autodesk Advance Steel Fundamentals course is to enable you to create full 3D project models at a high level of detail and set them up in fabrication drawings. Since structural steel projects are extremely complex, the Autodesk Advance Steel software is also complex. The Autodesk Advance Steel software is a powerful 3D modeling application that streamlines the fabrication process through the use of a 3D model, which is used to create fabrication drawings, Bill of Materials (BOM) lists, and files for Numerical Control (NC) machines.

Architecture, Engineering & Construction.