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Source: Autodesk Inventor
Autodesk Inventor is a comprehensive and flexible set of software for 3D mechanical design, simulation, tooling creation, and design communication.
The Inventor model is a 3D digital prototype that enables you to validate the form, fit, and function of a design as you work, minimizing the need to test the design with physical prototypes.
Autodesk Inventor products include automated mold design tools that work directly from Inventor 3D models of plastic parts. Powered by Autodesk Moldflow plastic flow analysis tools, Inventor can help to optimize your design for moldability and minimize mold iterations.
You can export geometry from Autodesk Inventor into Autodesk Moldflow Adviser.
In this tutorial we will learn how to import geometries in Ansys DesignModeler and Ansys SpaceClaim that were built in Autodesk Inventor.
Autodesk Inventor – Move & Rotate
When you constrain or join assembly components to one another, you control their position. To move or rotate a component, either temporarily or permanently, use one of the following methods:
Autodesk Inventor – Scale Assembly
One of the new features in Inventor is the ability to scale your models. You might be wondering, why didn’t Inventor have this ability prior to the release?
Tutorial: Create a turbine using Ansys BladeGen.
Related Articles
Autodesk Inventor – Import points from Excel
You can import points from a Microsoft® Excel spreadsheet into a 2D sketch, 3D sketch, or drawing sketch. You can use the points to represent items such as inspection points, locations for spot welds, and points on a spline.
Autodesk Inventor – Scale
One of the new features in Inventor is the ability to scale your models. You might be wondering, why didn’t Inventor have this ability prior to the release?
Autodesk Inventor – 2D Sketch / Constraints
The idea that geometry within Autodesk Inventor behaves differently due to the application of constraints often hinders new users transitioning from a 2D drawing application.
Autodesk Inventor uses constraints in two primary ways:
2D and 3D sketch constraints control geometry within sketches
Assembly constraints and joints establish relationships between components in an assembly that control position and behavior.
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