Touch device users, explore by touch or with swipe gestures. When autocomplete results are available use up and down arrows to review and enter to select. Autodesk Inventor Tutorial 10 How to make LEGO Brick. Autodesk Inventor Tutorial 10 How to make LEGO Brick. Autodesk Inventor Tutorial 10 How to make LEGO Brick.
In addition to these, you can also create working drawings (drafting documents) of your finished designs. For example, after designing individual components such as a piston, a crankshaft, and some valves, Inventor allows you to assemble these parts into a modular motor engine, with each of the components still retaining their individual properties. You can also create an assembly of the components created. With Inventor, you can create 3D models of either standalone objects such as a cup, or components of an object. The capabilities of Inventor can be classified as follows modeling, simulation, visualization, and collaboration.
Easy exercises for self-implementation, parameterization, iPart libraries, basics of iLogic programming, creation of 2D drawings and project visualization. Inventor, Fusion 360 and other 2D and 3D CAD applications by Autodesk.Tutorial books for beginner users of Autodesk Inventor software. This presentation is used exclusively for creating exploded views of the model.Autodesk Fusion 360 Tutorial - Inserting Standard Spur Gear Component - YouTube. Furthermore, you can create a presentation document of your finished model.
Rendering makes your design take on as realistic an appearance as possible.Finally, you can easily share your finished designs with others for review and comment. To enable you to visualize your model as realistically as possible, the visualization features of Inventor allow you to explode, animate, and render your model. This feature is essential when you are designing for manufacturing. Autodesk Inventor 2017 Basics Tutorial - step-by-step tutorials on Inventor 2017.Using Inventor simulation features, you can run various analysis such as stress and motion, on your model. Autodesk Inventor 2021 Parametric design and iLogic for beginners Your First Design in Autodesk Inventor 2017 Your first Autodesk Inventor 2016 Learn by Doing - 3D parametric modeling tutorials.
The differences between these file types were stated earlier. Dwg file extension and Presentation file with the. Iam file extension Drawing file (drafting document) with the. Ipt file extension Assembly file (assembled components) with the. The primary types are Part file (individual components) with the. Inventor has four primary file types and one secondary file type.
Therefore, since we are dealing with the basics, we will be exploring only the part creation interface.As discussed earlier, you can only create a part as part of a project. A part is typically the first thing you need to create before you can create an assembly, a drawing, and a presentation in that order. This means that the graphical user interface (GUI) for creating an assembly is different from the GUI for creating a presentation. Ipn project file.The different file types in Inventor have different interfaces. In Inventor, all file types that are associated with a model are stored together in a single project folder and as a single.
Inventor supports many drawing standards including ANSI, ISO, BSI, JIS, GB, GOST, and DIN. We can now proceed to create a part. Once you finish creating it, the project becomes active in the project area of the launch screen.Any file type we create now will be part of the Scan2CAD project. We will name our project, Scan2CAD. To do this, click Projects in the menu bar and select New at the bottom of the dialogue box that opens.This will lead you through a few simple processes in which you can name and select the location of your project.
The ribbon, the project browser, and the drawing area. Part creation GUIThe screen is roughly divided into three. Main graphical user interfaceAs discussed earlier there are four different GUIs for the four primary file types, but we will be focusing on the part creation GUI. Note that these processes are the same for any file type you wish to open. This leads us to the part GUI. You can then select the file type and standard you prefer.
Similar tools are neatly organized into panels. You can easily add new file types to the open project.The menu bar contains all the features, tools, and settings required to model, visualize, simulate, and edit a part. It is located just above the menu bar. The quick access toolbar contains some commonly used commands and tools such as redo, undo, open, save, etc.
For example, you create a model by sketching a square, extruding the square into a cube, placing a hole in the cube, and threading the hole. It is located on the left side of the screen and contains the history of the model you are creating. This tab also contains a link to Inventor studio where you can render and animate.The second portion of the screen is known as the Project browser. Environment tab – To create molds, arrange your model for 3D printing, convert your model to sheet metal, exchange data with AutoCAD, and analyze the eco-impact of your design. Analysis tab – For carrying out thorough analysis and simulation of your model. Get started tab – Contains the same tools that are in the menu bar of the launch screen.
Note that it is possible to part, assembly, drawing, and presentation files for the same all at once. This is a very convenient and intelligent feature of Inventor.If you are working on more than one file at once, they are docked as tabs at the bottom of the drawing area. All following features will immediately adjust to the new settings. You can simply click on the extrusion step in the browser and edit the values. For example, if you wish to increase the length of the extrusion of the cube, you do not need to undo the thread or the hole. To edit any step, simply click on it in the project browser and you will be able to modify it.
Any model, no matter how complex, begins with a sketch. Drawing and modelingNow that we have familiarized ourselves with the Inventor interface let’s get to the modeling proper. Since they belong to the same project, any change made in a part is reflected in the assembly and also the drawing.
Click on finish sketch to activate the 3D modeling features with which you can extrude, add holes, fillet, and many more. Go back and forth between the create panel and drawing area until you produce a shape. Move the mouse to determine the length of the line or circle and click again. Next, select any of the sketch shapes and proceed to click on the drawing area. You’ll be directed to select between three planes, YZ, XY, and XZ.
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