Inventor Fundamentals Guide - Transformation Tools

About Course

The “Autodesk® Inventor® Fundamentals: Introduction to Modelling in Inventor” training provides you with an understanding of the parametric design philosophy through a hands-on, practice-intensive curriculum.

Course Content

Chapter 1: Getting Started
What is Autodesk Inventor ?Autodesk Inventor is a highly powerful 3D CAD package that allows you; the designer, engineer, manufacturer or even hobbyist; to take an idea and follow the steps in bringing it into reality. Autodesk Inventor provides professional level mechanical design, documentation and product simulation tools. Inventor contains integrated tools for sheet metal design, frame design, presentations, rendering, simulation among others.

Understanding the Interface
00:00
Customising the Autodesk Inventor interface
00:00

Chapter 2: 2D Sketching

Chapter 3: Sketch Modification Options

Chapter 4: 3D Modelling (Solid bodies and features)
Inventor lets you design two basic types of parts

Chapter 5: 3D model Modification Options
3D model Modification Options

Chapter 6: Resolving feature failures

Chapter 7: Duplicating geometry in the model

Chapter 8: Obtaining model measurements

Chapter 9: Working with Assemblies

About Course

What Will You Learn?

Course Content

Understanding the Interface

Customising the Autodesk Inventor interface

Chapter 2: 2D Sketching

Creating, Constraining and Dimensioning 2D Sketches

Sketch Creation Options – Create 2D Lines

Sketch Creation Options – Create Three Point Centre Point Arcs

Sketch Creation Options – Create an Arc Tangent to Existing Geometry in a 2D Sketch.

Sketch Creation Options – Creating Circles

Sketch Creation Options – Create Rectangles

Sketch Creation Options – Create Slots

Sketch Creation Options – Create Polygons

Sketch Creation Options – Create Fillets

Sketch Creation Options – Create Chamfers

Chapter 3: Sketch Modification Options

Copy Geometry

Move Geometry

Rotate Geometry

Stretch Geometry

Scale Geometry

Change Constraint Behaviour when Stretching or Scaling Geometry

Offset Geometry

Curves

Trim Geometry by Defining Boundaries (2D Sketches)

Trim Curves Dynamically (2D Sketches)

Extend Curves

Extend Geometry by Defining Boundaries (2D Sketches)

Chapter 4: 3D Modelling (Solid bodies and features) Inventor lets you design two basic types of parts

Types of Parts

Creating and Editing Solids and Solid Features

3D model Creation Options

Create an extrusion terminating at a distance from a face

Create an extrusion from a primitive

Editing an Extruded Feature

Define the Revolve Feature Using the Property Panel

Create Revolved Feature from a Primitive

Chapter 5: 3D model Modification Options 3D model Modification Options

3D model Modification Options

Move a body linearly along a ray

Rotate a Body

Creating Edge Fillets

Creating Face Fillets

Creating Full Round Fillets

Create Chamfers

Create Partial Chamfers

Editing a Chamfer

Editing Hole Dimensions

Update the Physical Properties of a Solid Body

Change the Appearance of a Solid or Surface Body

Chapter 6: Resolving feature failures

Resolving feature failures

Chapter 7: Duplicating geometry in the model

Duplicating geometry in the model

Manipulating the display of a model

Chapter 8: Obtaining model measurements

Obtaining model measurements

iProperties

Parametric Modelling

Chapter 9: Working with Assemblies

Working with Assemblies

Placing components in assemblies

Constraining/connecting parts in assemblies

Chapter 4: 3D Modelling (Solid bodies and features)
Inventor lets you design two basic types of parts

Chapter 5: 3D model Modification Options
3D model Modification Options