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UI Navigation 1 3. UI Navigation 2 4. Graphics Window Display 5. Navigation Control 6. Project Files 7. Sketch Plane 8. Browser 9. Line Fillet Circle Arc Polygon Geometric Constraints Dimensional Constraints Part Basics Loft Sweep Extrude Fillet Chamfer Thread Holes Shell Once you finish the basics, set the Place filter to All Available, and the Type filter to All to view tutorials that cover additional learning content, such as sheet metal design.

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Autodesk inventor professional 2020 tutorial free download

 

If you have a SolidProfessor membership, the new Inventor tutorials are already available to you on the platform! And as with all of the courses on our platform, you can preview the first five Inventor tutorials in any course for free! Get started here. SolidProfessor commercial content writer and unironic classic rock record collector.

Login as. You asked and we listened — discover a brand new library of Inventor tutorials on the SolidProfessor platform. New: Introduction to Inventor Which topics are covered in the new Inventor tutorials? Take a look at the full list of new Inventor courses: Introduction to Inventor: Explore how to navigate the Inventor interface and create sketches, parametric relationships, and 3D models.

Essentials for Parts and Assemblies: Understand the Inventor features needed to create parts and assemblies. Drawings: Learn how to easily translate your Inventor 3D models into 2D drawings. User Certification Exam Prep: Discover what to expect from the Inventor User Certification exam and how best to prepare includes practice exams!

Advanced Parts: Master advanced Inventor part design and explore 3D sketching, advanced fillets, sweeps, lofts, and more. Chapter 7 , ” Advanced Modeling – I ,” introduces advanced options for creating extrude and revolve features. It discusses how to work with a sketch having multiple profiles. It explains how to project geometries of existing features onto the sketching plane, intersecting edges of a model onto the sketching plane, 2D sketch onto a face of a model, and geometries of a DWG file onto the sketching plane.

The chapter also elaborates on creating a section view, editing a feature and its sketch, displaying earlier state of a model, reordering features of a model, measuring the distance between the entities, assigning an appearance, applying a material, and calculating physical properties of a model.

Chapter 8 , ” Advanced Modeling – II ,” discusses how to create sweep features, loft features, coil features, emboss features, and rib features. It also discusses applying an image on a face of a model and creating a shell feature.

Chapter 9 , ” Patterning and Mirroring ,” introduces how to create rectangular patterns, circular patterns, and sketch driven patterns. It also discusses about suppressing and unsuppressing features and pattern occurrences as well as mirroring a feature or a body about a mirroring plane.

Chapter 10 , ” Advanced Modeling – III ,” discusses how to create simple, clearance, tapped, and taper tapped holes as per the standard specifications by using the Hole tool. It also explains how to create threads, different types of fillets, and chamfers, further elaborating splitting faces of a model, trimming or removing one side of a model, or dividing a model into two bodies.

Chapter 11 , ” Working with Assemblies – I ,” discusses how to create assemblies by using the bottom-up assembly approach. This chapter introduces the procedures for inserting components into the Assembly environment, working with degrees of freedom, and applying various constraints. The application of various joints such as rigid, rotational, slider, cylindrical, and ball has been described.

Besides, editing constraints and joints, deleting constraints and joints, as well as moving and rotating individual components of an assembly has been described. Chapter 12 , ” Working with Assemblies – II ,” discusses how to create assemblies by using the top-down assembly approach. It also explains about editing individual components of an assembly, patterning, mirroring, and copying components of an assembly, further elaborating on creating Bill of Material BOM of an Assembly.

Chapter 13 , ” Creating Animation and Exploded Views ,” discusses how to create animation of an assembly in the Presentation Environment. To animate an assembly, you need to capture various actions and tweaks on the Timeline of a storyboard. The chapter explains how to capture actions and tweaks on the Timeline and discusses methods for editing time and properties of a tweak, deleting a tweak, creating a snapshot view, editing a snapshot view, renaming a snapshot view, deleting a snapshot view, publishing a snapshot view to a raster image, creating an exploded view in a drawing file, creating a new storyboard, and creating a new scene.

Besides, the chapter also teaches how to play animation of a storyboard and publish it to a video file. Chapter 14 , ” Working with Drawings ,” discusses how to create 2D drawings of components and assemblies in the Drawing environment, with a focus on editing sheet size, title block, and drafting standard. Besides, it also discusses how to add balloons to the components of an assembly. A drop-down list is a list in which a set of options are grouped together, see Figure 2.

A Selector allows you to select a geometry as an input for performing a specific operation, see Figure 3. A Field allows you to enter a new value, or modify an existing value, as per your requirement, see Figure 3. A Button appears as a 3D icon and is used for confirming or discarding an action, see Figure 3. A rollout is an area in which buttons, fields, selectors, check boxes, etc. A rollout can either be in the expanded or collapsed form.

You can expand or collapse a rollout by clicking on the arrow available on its title bar. A check box allows you to turn on or off the uses of a particular option, see Figure 3. To download the free online teaching and learning resources of the textbook, log in to our website www. If you are a new user, you need to first register www. We value your feedback and suggestions. Please email us at info cadartifex. You can also log on to our website www. We would like to express our sincere gratitude to you for purchasing the Autodesk Inventor A Power Guide for Beginners and Intermediate Users textbook, we hope that the information and concepts introduced in this textbook help you to accomplish your professional goals.

If you do not have Autodesk Inventor installed in your system, you first need to get it installed. However, before you start installing Autodesk Inventor, you need to evaluate the system requirements and ensure that you have a system capable of running Autodesk Inventor adequately. Below are the system requirements for installing Autodesk Inventor Once the system is ready, install Autodesk Inventor by using the downloaded Inventor software setup files. You can download the setup files by logging in to your Autodesk account.

Once Autodesk Inventor is installed on your system, double-click on the Autodesk Inventor Professional icon on the desktop of your system. The system prepares for start-up by loading all the required files of Inventor. Once all the required files have been loaded, the startup user interface of Autodesk Inventor appears, see Figure 1.

If you are starting Autodesk Inventor for the first time after installing the software, the Welcome to Inventor window appears, see Figure 1. If you are new to Autodesk Inventor, you can click on the Start Learning button for accessing hands-on guided tutorials to start learning Inventor. On clicking the Start Working button in this window, the startup user interface of Autodesk Inventor appears, refer to Figure 1.

A new Inventor file such as Part, Assembly, Drawing, or Presentation can be started by invoking the respective environment. In Autodesk Inventor, you can invoke the Part modeling environment, Assembly environment, Drawing environment, and Presentation environment by using the Part, Assembly, Drawing, and Presentation buttons in the New section of the startup user interface, respectively, see Figure 1.

You can also invoke the required environment by using the New tool in the Launch panel of the Get Started tab, see Figure 1. To invoke the Part modeling environment, click on the Part button in the New section of the startup user interface of Autodesk Inventor, see Figure 1. The Part modeling environment is invoked with default template. Figure 1. NOTE: A template contains some properties of the file such as predefined unit and drawing standard. To change the properties of the default template, click on the Configure Default Templates tool in the New section of the startup user interface, refer to Figure 1.

The Configure Default Templates dialog box appears, see Figure 1. In this dialog box, you can define the measurement units and drawing standard for the default template. The Create New File dialog box appears, see Figure 1. In the Create New File dialog box, you can select a default Metric or English template for invoking the Part modeling environment.

In a default Metric template, the length is measured in millimeters whereas, in an English template, the length is measured in inches. To invoke the Part modeling environment with a default Metric template, expand the Templates node in the Create New File dialog box and then select the Metric folder. All the default Metric templates appear on the right panel of the dialog box, refer to Figure 1.

Next, double-click on the Standard mm. The Part modeling environment is invoked with the default Metric template.

The various user interface components of the Part modeling environment such as Ribbon, Browser, ViewCube, and Navigation Bar are discussed next. The Ribbon is composed of a series of tabs such as 3D Model, Sketch, and Annotate in which a set of similar tools are grouped together in different panels, see Figure 1.

Note that the availability of tabs, panels, and tools in the Ribbon depends upon the currently invoked environment of Autodesk Inventor. By default, the Ribbon is docked horizontally at the top of the graphics area. You can also dock the Ribbon vertically to the left or right of the graphics area. For doing so, right-click anywhere on the Ribbon.

A shortcut menu appears. In this shortcut menu, move the cursor over the Docking Positions and then select the required option in the cascading menu that appears, see Figure 1. You can also undock the Ribbon such that it can float within the graphics area by clicking on the Undock Ribbon option in the shortcut menu that appears when you right-click on the Ribbon. In Autodesk Inventor, you can also add a custom panel with user defined tools in each tab of the Ribbon.

For doing so, right-click anywhere on the Ribbon and then click on the Customize User Commands The Customize dialog box appears, see Figure 1. Make sure that the Ribbon tab is selected in the Customize dialog box. Next, select the required tab in the Choose tab to add custom panel to drop-down list of the right panel in the dialog box. After selecting the required tab, select a tool on the left panel of the dialog box and then click on the Add button.

The selected tool gets added to the right panel of the dialog box. Similarly, you can add multiple tools to the right panel of the dialog box.

Next, click on the Apply button and then the OK button in the dialog box. All selected tools gets added in the User Commands panel, at the end of the selected tab in the Ribbon. For doing so, right-click anywhere on the Ribbon and then move the cursor over the Ribbon Appearance option in the shortcut menu that appears, see Figure 1. A cascading menu appears.

In this cascading menu, select the required option to define the appearance of the Ribbon. By default, the Normal option is selected as the appearance of the Ribbon. The Reset Ribbon option in the cascading menu is used for resetting the Ribbon to the default settings. The File Menu is used for accessing the commonly used tools to start a new file, open an existing file, save a file, export a file, share a file, and so on. It also displays a list of recently used files in its Recent Documents area.

To invoke the File Menu, click on the File button at the upper left corner of the Ribbon, see Figure 1. It is also provided with the Material and Appearance drop-down lists for quickly assigning a material or an appearance to the model, respectively. The Quick Access Toolbar is available at the upper left corner of the screen. In addition to the default tools, you can customize to add or remove tools in the Quick Access Toolbar.

To add a tool, right-click on the tool in the Ribbon and then click on the Add to Quick Access Toolbar in the shortcut menu that appears. The selected tool gets added in the Quick Access Toolbar. To remove a tool from the Quick Access Toolbar, right-click on the tool to be removed and then click on the Remove from Quick Access Toolbar in the shortcut menu that appears. The InfoCenter is available at the upper right corner of the Inventor window, see Figure 1.

It is used for accessing help documents for finding information related to a topic. The Browser appears on the left side of the graphics area and keeps a record of all features or operations used for creating a model, see Figure 1. Note that the first created feature appears at the top and the next created features appear one after the other in an order in the Browser.

You can drag the End of Part up or down in the Browser to step upward or downward through the regeneration order of the features. Note that the features present after the End of Part get suppressed and do not appear in the graphics area.

The ViewCube is available at the upper right corner of the graphics area and is used for navigating the model, see Figure 1. You can orbit or switch between the standard and isometric views of a model by using the ViewCube. You will learn to navigate a model by using the ViewCube in Chapter 5. It is available in the right of the graphics area. The various navigation tools of the Navigation Bar are discussed in Chapter 5. For doing so, click on the View tab in the Ribbon and then invoke the User Interface flyout in the Windows panel, see Figure 1.

Next, select or clear the respective check boxes in the User Interface flyout. The Status Bar is available at the bottom of the graphics area and provides information about the action to be taken based on the currently active tool. It also displays the current state of the sketch being created, coordinate system, and so on. To invoke the Assembly environment, click on the Assembly button in the New section of the startup user interface of Autodesk Inventor, see Figure 1.

The Assembly environment is invoked with default template, see Figure 1. You can edit the properties such as unit and drawing standard of the default template by using the Configure Default Templates tool in the New section of the startup user interface.

In the Create New File dialog box, you can select a default Metric or English template for invoking the Assembly environment. The Assembly environment is invoked with the default Metric template.

After invoking the Assembly environment, you can create an assembly by assembling two or more than two components. You will learn more about creating assemblies in later chapters. To invoke the Drawing environment with a default Metric template, expand the Templates node in the Create New File dialog box and then select the Metric folder.

Next, double-click on the required drawing template in the Drawing rollout of the dialog box. Alternatively, to invoke the Drawing environment, click on the Drawing button in the New section of the startup user interface of Autodesk Inventor, see Figure 1.

The Drawing environment is invoked with default template. After invoking the Drawing environment, you can generate various drawing views of a component or an assembly. You will learn about generating various drawing views, applying dimensions, creating BOM, and so on in later chapters. In the Create New File dialog box, select a default Metric or English template for invoking the Presentation environment.

To invoke the Presentation environment with a default Metric template, expand the Templates node in the Create New File dialog box and then select the Metric folder. All the default Metric templates appear on the right panel of the dialog box, see Figure 1. Next, scroll down in the dialog box and then double-click on the Standard mm.

The Presentation environment is invoked and the Insert dialog box appears. Also, you are prompted to select an assembly file for creating its animation and exploded views. Browse to the location where the assembly file is saved and then select it for creating its animation and exploded views. Next, click on the Open button in the dialog box. The selected assembly gets opened in the Presentation environment, see Figure 1. After invoking the Presentation environment, you can create an animation and exploded view of the assembly.

You will learn about the same in later chapters. The files created in different environments Part, Assembly, Drawing, and Presentation of Autodesk Inventor have different file extensions, see the table given below:.

In Autodesk Inventor, you can create a project for organizing, accessing, and saving all the files such as parts, assemblies, drawings, standard components, library components, etc. You can define any folder created in a local drive of your system or in a vault as the project folder for saving all the files of a particular design in a common location, making it easier to manage all the files of the project.

The method for creating a project is discussed below:. The Projects dialog box appears, see Figure 1. The upper half of the dialog box displays a list of already created projects. The Default project is created, by default. Click on the New button in the Projects dialog box for creating a new project. The Inventor project wizard dialog box appears, see Figure 1.

Select the New Single User Project radio button in the Inventor project wizard dialog box to create a new project on the local drive of your system. If you want to create a new project in a vault, then select the New Vault Project radio button. After selecting the required radio button, click on the Next button in the dialog box.

Enter a name for the project to be created in the Name field of the dialog box. Click on the Browse button next to the Project Workspace Folder field in the dialog box. The Browse For Folder dialog box appears. In this dialog box, browse to the required location in the local drive of your system and then select a folder to save all the files of the project. Next, click on the OK button. The project folder gets defined and its location appears in the Project Workspace Folder field of the dialog box.

Click on the Next button in the Inventor project wizard dialog box and then the Finish button. A project with the specified name is created at the specified location and becomes an active project. Also, it appears in the upper half of the Project dialog box. Click on the Done button in the Projects dialog box. Now, every time you save a file or open an existing file, the active project folder location gets browsed automatically for saving or opening the file, respectively.

TIP: When you are working on a project or a design with large number of associated components then you can create a project at a particular location and save all the files such as parts, assemblies, drawings, standard components, library components, etc. Marking Menu gets invoked when you right-click in the graphics area. It provides quick access to the most frequently used tools in the Wheel and some other tools in the Overflow menu, see Figure 1.

Note that the availability of the tools in the Marking Menu depends on the active workspace. In Autodesk Inventor, you can customize the color scheme of the graphical elements such as Grids, Sketch preview, Selection highlight, Drafting 2D screen, as well as the background color of the graphics area. For doing so, click on the Tools tab in the Ribbon and then click on the Application Options tool in the Options panel, see Figure 1.

The Application Options dialog box appears. In the Application Options dialog box, click on the Colors tab. The options to specify color scheme appear in the dialog box. In the In-canvas Color Scheme area of the Color tab in the dialog box, you can select a pre-defined color scheme for the Autodesk Inventor to be used.

In this textbook, the Presentation color scheme is used with a single white background color. For doing so, select the Presentation color scheme in the In-canvas Color Scheme area of the dialog box and then select the 1 Color option in the Background drop-down list. Next, click on the Apply button to apply the change. You can also customize a pre-defined color scheme. For doing so, select a color scheme in the In-canvas Color Scheme area of the dialog box to be customized and then click on the Customize Schemes button.

The Color Scheme Editor dialog box appears, see Figure 1. By using this dialog box, you can customize the selected color scheme by editing its graphical elements, as required. The Save As dialog box appears. In this dialog box, enter the name of the file in the File name field of the dialog box and then browse to the location where you want to save the document.

Next, click on the Save button. TIP: You can also save a copy of an object or a file with a different name by using the Save As tool. Next, click on the Save button in the dialog box. Next, browse to the required location for the file and then click on the Save button. The Inventor file gets exported to the selected CAD format or neutral file format at the specified location.

To open an existing Inventor file, click on the Open button in the Welcome dialog box. The Open dialog box appears. Note that you can select the file extension in this drop-down list depending upon the type of file to be opened.

After selecting the required file extension, browse to the location where the Inventor file is saved and then click on the file to be opened. The selected file gets opened.

 

Autodesk Inventor Tutorials – New Online Training for

 

Autodesk Inventor is used by millions of engineers, designers, and other professionals, especially those who work with complex designs on large teams. Previously, our library contained a number of Inventor tutorials, but the feedback from our members was that rpofessional wanted even more!

This brand new Inventor training is available on the platform now. Посетить страницу источник launch is a total overhaul of our course offerings for Autodesk Inventor with a primary focus on the software version. Our in-house CAD experts covered a vast array of topics in these new Inventor tutorials. This new set of courses is designed to help engineering design teams improve proficiency for beginners and advanced designers alike.

Take a look at the full list of new Inventor courses:. If you have a SolidProfessor membership, the new Inventor tutorials are already available to you on the platform!

And autodesk inventor professional 2020 tutorial free download with all of the courses http://replace.me/1270.txt our platform, you can preview the first five Inventor tutorials in any course for free! Get started here. SolidProfessor commercial content writer and unironic classic rock record collector. Login as. You asked and we listened — discover a brand new library of Inventor увидеть больше on the SolidProfessor platform.

New: Introduction to Inventor Which topics are covered in the new Inventor tutorials? Take a look at the full list of tuhorial Inventor courses: Introduction to Inventor: Explore how to navigate the Inventor interface and create sketches, parametric relationships, and 3D models.

Essentials for Parts and Assemblies: Understand the Inventor features needed to create parts and assemblies. Drawings: Learn how to easily translate your Inventor 3D models into 2D drawings. User Certification Exam Prep: Discover what to expect from the Inventor User Certification exam and how best to prepare includes practice exams! Downloaad Parts: Master advanced Inventor part design and explore 3D sketching, advanced fillets, sweeps, lofts, and more.

Advanced Assemblies: Build on your professiinal knowledge and learn more about Inventor assembly structure and features, component patterns, and more. Sheet Metal: Explore the Inventor sheet metal environment and see нравится free windows 10 media creation tool SOS to fold and unfold parts and create new features and 2D drawings.

Routed Systems Autodesk inventor professional 2020 tutorial free download and Pipe Design : Get familiar with the essential Inventor tools and workflows needed to route rigid and flexible components throughout your design.

Frame Generator: Step into creating autodesk inventor professional 2020 tutorial free download Inventor frame designs, combining various member types, lengths, orientations, and connections.

Surfacing: Create highly customized geometry using custom Inventor surfacing tools. How can I access the new Inventor tutorials? Get a demo of SolidProfessor for Business.