Autodesk Inventor. 3D Mechanical Design 2021

TEACHING UNIT 1. PRODUCT DESCRIPTION Welcome Panel New File Creation Panel The Ribbon The Navigator The File Menu The Quick Access Toolbar The Drawing Window Start Drawing TEACHING UNIT 2. DESCRIPTION OF THE ENVIRONMENT. OPERATION TREE The status bar The navigation bar Controlling the display of interface elements Navigator options Adding notes from the navigator Modifying Operations from the Navigator Setting Work Units Setting Application Options LEARNING UNIT 3. MANAGING PROJECTS Defining a Project in Inventor Single-User Projects Vault-Type Projects for Group Work The Projects Window The Select Project panel The Project Wizard The Edit Project panel Commands in the Edit panel Detecting and removing duplicate files Configuring Content Center libraries TRAINING UNIT 4. CREATING SKETCHES The Sketch Environment Controlling the Use of the Grid Starting to Draw Lines Inserting Constraints Inserting Symmetries Inserting Active Dimensions Extruding the Sketch Editing the Sketch TEACHING UNIT 5. CREATING AND EDITING PARTS. OPERATIONS Creating and modifying extrusions Creating and modifying solids of revolution Creating and modifying sweeps Creating and modifying up-sweeps Creating and modifying coils (coils) Creating and modifying embossments Modifying parts. Holes Pattern operations Modifying parts. Joins Modifying parts. Chamfers Modifying parts. Splits Modifying parts. Threads Modifying parts. Holes TEACHING UNIT 6. DESIGN PARAMETERIZATION. EQUATIONS Parameters and Equations Creating Model Parameters Defining Parameters in Spreadsheets Working with Tables Description of Design Accelerator Using Design Accelerator Working with Calculation Wizards LEARNING UNIT 7. CREATING AND EDITING LIBRARIES. CONTENT CENTER The Content Center Creating a New Read-Write Library Copying Categories Between Libraries Adding Categories to Libraries Displaying Family Properties Adding New Families to Categories. Publishing TEACHING UNIT 8. PART ASSEMBLIES. BILLS OF MATERIALS Creating Assemblies Between Parts Types of assembly constraints Add assembly constraints Add assemblies directly Using the assembly browser Bill of materials TEACHING UNIT 9. MECHANISM SIMULATION The dynamic simulation environment Introducing gravitational force into the simulation Geometric definition of mechanical joints Entering joint data Adding motors Running the mechanism simulation Output graphs Running the simulation via the graph TEACHING UNIT 10. GENERATING DRAWINGS AND PLANS Creating a drawing Selecting the paper size Inserting a base view Inserting projected views Editing views Inserting selected views Creating detail views Inserting parts lists Inserting automatic callouts Editing sections Splitting views Changing the scale of views Inserting cropped views Dimensioning views LEARNING UNIT 11. CREATING PRESENTATIONS Selecting assemblies to create presentations Creating exploded views Moving assembly components Showing or hiding paths Rotating the view to show all parts Developing the animation Controlling the order of animation movements Creating automatic exploded views LEARNING UNIT 12. PART ASSEMBLIES. BILLS OF MATERIALS Creating assemblies between parts Types of assembly constraints Adding assembly constraints Adding assemblies directly Using the assembly browser Bill of materials