Autodesk Inventor 2022 - Complete Course > Assembly

Exploded View Presentation

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Overview
In this video, we will learn about what is exploded view presentation and how to use inventor exploded view in Autodesk. An exploded view in Autodesk Inventor is a 3D CAD drawing of an object with all its parts separated from one another, which allows users to see what is included in that object without having to open it up in the assembly environment. This can be useful when you want to see what goes into an object or when you are designing something and need to know how many components are needed, but don't want to spend time assembling them all just yet. To create an Autodesk inventor exploded view, you first need to create a new project. You can do this by going to the File menu and selecting New. After you have created your project, you will want to add the part that you want to include in your exploded view. To do this, go to the Insert menu and select Sketch from Drawing. After selecting Sketch from Drawing, you will be prompted with a dialog box where you can select which type of sketching tool you would like to use for your exploded view. Select Shaded View from the list of options and click OK. An Autodesk exploded view presentation allows the audience to see how a product was made or how it works. It also helps the audience understand what they are looking at by providing them with all the necessary information about the product. This type of presentation is useful because it helps them see the complexity behind an object and makes it easier to understand what goes into its design. The use of an Autodesk exploded view presentation attracts the audience because it gives them a better understanding of what's going on in the product or machine that they are looking at.
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An exploded view presentation is an Autodesk Inventor tool that can be used to explain complicated and intricate parts of a design by breaking them into smaller pieces. This is beneficial for multiple reasons such as better understanding the design, and more time to build it. Additionally, using exploded views in your presentations can help you save time.

Exploded views are used for rapid 3D graphics visualization. They can be used to show the component layout of a component such as a gearbox. Each component is represented by a single, geometrical shape such as an oval or cylinder that is broken into smaller pieces when the view rotates or zooms in.

Autodesk Inventor presents all the objects in a project with a detail view of just one part of each object. This detail view can reveal an exploded view presentation of the object which is helpful for troubleshooting and understanding how pieces fit together.

Inventor is a CAD software that is used to design objects and produce 3D models, and it can be used by people of all levels of proficiency, including the most experienced engineers. It is important that you use Inventor because it offers numerous benefits such as accuracy, affordability and efficiency.

Exploded views are a common layout technique used in Autodesk Inventor. These views are designed to show a user what individual pieces of the drawing will look like. The exploded view layout is a great way to create a drawing that can be easily understood by other members of your team and external viewers.

An exploded view is a diagram that shows the components of an object and their relationship to each other.The inventor exploded view is a diagram that shows the components of a product and their relationship to each other. Inventor exploded views are used by engineers, designers, and developers to understand how an object or product is constructed.

An inventor exploded view is a representation of a product in which all the parts are exploded or separated from their respective assemblies. It is used to help users understand how the product works and what it consists of. This type of representation can be helpful for several reasons: It makes it easy to see how different components work together It aids in disassembly and reassembly It provides an overview of the parts and their relative size.

An Autodesk exploded view is a 3D model of the product, which shows the product’s components in an exploded state. It’s important to use this view in a presentation because it allows you to show how the product is assembled and how all its parts work together. Exploded views are also useful for showing how to disassemble the product, which will be helpful if you want to make changes or repairs.

An exploded view is a diagram that shows the details of a product, process, or other object. It can be used to show the steps involved in a process or the components of a product. The use of an exploded view in presentations can affect an audience by making them more aware of how something works. If it is used as part of an interactive presentation, it can also make them feel like they are part of the process.

The inventor's exploded view drawings are a part of the inventor drawing. They provide a detailed view of the component and how it is fitted and assembled with other components in the product. The first step is to create an inventor sketch from the existing model. Then, select all of the sketch lines and drag them to new positions on the screen. This will create a new sketch that is one level higher than your original sketch. The next step is to set up your parts list for your exploded views by selecting all of the components that are used in this assembly and dragging them into place on screen, onto your new sketch line, or onto one of your old sketches if they are still available. To move a component, drag it onto your screen to select it, then pick up the blue toolbox icon in the lower left corner of the screen and release it on any other location where you would like to place your component.

An exploded view is a type of drawing that shows how an object is assembled or disassembled. To create an exploded view in inventor, you will need to: 1) Create a new sketch on the top layer. 2) Draw the parts of the object that are to be assembled separately. 3) Add dimensions to each part and cut them away from the sketch. 4) Draw in any other parts that are hidden inside the assembly (e.g., screws, nuts, bolts). 5) Add annotations that show which parts need to be assembled together at what stage of assembly (e.g., "Screw A into B").

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Course Content

  1. Introduction to Autodesk Inventor
    6m 34s
  2. Installation of Autodesk Inventor Professional 2021
    4m 17s
  3. What is CAD
    10m 26s
  4. User Interface of Autodesk Inventor
    11m 39s
  5. Unit Selection
    5m 49s
  6. Inventor Project Files
    11m 34s

  1. How to Active Sketcher Module
    2m 13s
  2. Working Plane and Axis
    9m 34s
  3. Creating Lines
    12m 50s
  4. Creating Circles and Arcs
    12m 22s
  5. Creating Rectangles and Polygon
    10m 31s
  6. Creating Splines and Ellipses
    10m 39s
  7. Creating Slots
    9m 55s
  8. Creating Fillets and Chamfers
    5m 57s
  9. Sketch Features and Editing Tools
    20m 29s
  10. Creating Sketch Patterns
    6m 22s

  1. Creating Geometric Constraints
    18m 38s
  2. Creating Dimensional Constraints
    9m 28s
  3. Sketch Practice 1
    9m 46s
  4. Sketch Practice 2
    13m 36s
  5. Assignment of Sketch Constraints and Dimensions
    4m 4s

  1. Extrude Feature
    16m 24s
  2. Revolve Feature
    13m 55s
  3. Sweep Feature
    10m 30s
  4. Loft Feature
    14m 22s
  5. Coil Feature
    10m 2s
  6. Emboss Feature
    9m 19s
  7. Hole Wizard
    10m 31s
  8. Fillet and Chamfer
    11m 40s
  9. Rib and Draft
    15m 10s
  10. Shell and Thread
    7m 47s
  11. Combine and Thicken
    8m 4s
  12. Split, Direct, Delete Face
    12m 17s
  13. Patterns
    15m 58s
  14. Decal, Import and Unwrap
    13m 42s
  15. Work Features
    18m 29s
  16. Applying Appearances
    10m 6s
  17. Connecting Rod Exercise
    19m 50s
  18. Knuckle Joint Exercise Part - 1
    20m 5s
  19. Knuckle Joint Exercise Part - 2
    17m 32s
  20. Assignment of Part Modeling
    7m 19s

  1. Knuckle Joint Assembly with Angular Constraints and Symmetry Constraints
    31m 10s
  2. Motion Constraints
    18m 39s
  3. Transitional Constraints
    7m 6s
  4. Constraint Set
    8m 7s
  5. Place Joints
    22m 13s
  6. How To Create Bill of Material
    8m 49s
  7. How to Copy Assembly
    9m 32s
  8. Assembly Patterns
    9m 24s
  9. Assembly Mirror
    5m 40s
  10. Create New Components in Assembly Environment
    13m 58s
  11. Content Center
    8m 59s
  12. Exploded View Presentation
    5m 53s
  13. Animations
    8m 16s
  14. Practice :1 - Crane Hook Assembly
    20m 50s
  15. Assignment of Assembly
    6m 44s

  1. Introduction to Sheet Metal Rules
    17m 38s
  2. Working with Flange Tools
    12m 57s
  3. Working with Contour and Lofted Flange, Contour Roll, Hem Tools
    21m 25s
  4. Bend and Fold Features
    7m 1s
  5. Unfold and Refold Features
    6m 25s
  6. Cut, Corner, Radius and Chamfer Features
    8m 31s
  7. Corner Seam
    8m 50s
  8. Punch Tool
    10m 3s
  9. LCD Mount Exercise Part - 1
    21m 34s
  10. LCD Mount Exercise Part - 2
    12m 50s
  11. LCD Mount Exercise Part - 3
    22m 45s
  12. LCD Mount Exercise Part - 4
    17m 46s
  13. Assignment of Sheet Metal Module
    4m 34s

  1. Creating a New Drawing
    9m 41s
  2. Base and Projected Views
    4m 41s
  3. Additional Views
    13m 2s
  4. Manipulating Views
    10m 2s
  5. Drawing Annotations
    15m 23s
  6. Revision Tag, Surface Finish and Welding Details in Drawing sheet
    16m 8s
  7. How to Add Bill of Material in Drawing Sheet
    12m 15s
  8. Annotation of Sheet Metal in Drawing Sheet
    8m 39s
  9. Drafting of Fork Eye End Exercise
    16m 37s
  10. Drafting of Eye End Exercise
    8m 35s
  11. Drafting of Knuckle Pin,Collar and Taper Pin Exercise
    17m 5s
  12. Drafting of Knuckle Joint Assembly Exercise
    11m 55s
  13. Assignment of Drawing Module
    3m 22s

  1. Inventor Studio
    25m 27s
  2. Assignment of Inventor Studio
    2m 30s

  1. Swivel Plate
    14m 36s
  2. Screw Bar
  3. Back Plate
    19m 6s
  4. Pivot Pin and Swivel Screw Pin
    8m 15s
  5. Clamping Screw ,Tool Fixing Screw & Spacer Bush
    13m 8s
  6. Handle
    6m 2s
  7. Vertical Slide
    17m 37s
  8. Handle Bar
    8m 32s
  9. Washer and Small Washer
    1m 45s
  10. Tool Holder
    6m 4s
  11. Drag Plate
    6m 33s
  12. Assembly of Shaper Tool Head
    21m 30s
  13. Exploded View of Shaper Tool Head
    10m 43s
  14. Drafting of Back Plate
    15m 29s
  15. Drafting of Clamping Screw, Tool Fixing Screw, Washers and Bush
    17m 55s
  16. Drafting of Swivel Plate
    8m 6s
  17. Drafting of Drag Plate
    4m 53s
  18. Drafting of Handle Bar and Screw Bar
    9m 53s
  19. Drafting of Handle, Pivot Pin, Swivel Screw Pin
    9m 53s
  20. Drafting of Vertical Slide
    7m 30s
  21. Drafting of Tool Holder
    6m 51s

  1. Course Summary
    3m 26s

  1. Interview Questions
    8m 2s

  1. Career Guideline
    2m 13s
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