File Name: mastering autodesk inventor 2015 and autodesk inventor lt 2015 .zip
I just downloaded Inventor Professional for students and now I am looking for a suitable book to accompany the learning process.
- Download Mastering Autodesk Inventor 2015 And Autodesk Inventor Lt 2015
- Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015 (2014)
- Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015
- Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015
Download Mastering Autodesk Inventor 2015 And Autodesk Inventor Lt 2015
In this chapter you will explore the basic steps involved in creating part models, creating drawings of those parts, putting those parts together into an assembly model, and then creating a drawing of that assembly. If you have not done so, you might want to take the time to read that chapter before continuing. Although Inventor includes a number of tools that go far beyond the simple tasks of creating parts, drawings, and assemblies, the workflow involved in creating and detailing your designs is the foundation upon which you will build as you learn Inventor.
The goal of this chapter is to get you familiar with the overall workflow. In the chapters to follow, you will explore the tools and environments in more depth. Throughout this chapter you will be working toward creating the simple mechanism shown assembled in Figure 2.
Once your new file is created, you will create basic profiles using sketching tools such as lines, arcs, and circles to define the shape of the features that make up the part. You'll also add dimensions and geometric constraints to the sketch.
You'll then use the sketched profiles to create the 3D features that will define the parts. Figure 2. Before you begin, make sure you have downloaded the tutorial files from www.
If you are using the full version of Inventor, follow these steps to set the Mastering Inventor project to be the active project:. Note that the Mastering Inventor project is denoted as being the active project with a check mark.
Inventor installs with several part templates that you can use to create your part files. In thefollowing steps, you'll use a millimeter-based part template to start your model. Alternately, you can use the New button on the Home screen. From the Create New File dialog box, expand the Templates folder if required and select the Metric folder from the list on the left.
Click Standard mm. Click the Create button at the bottom of the dialog box to create a new file from the selected template. Leave the file open and continue to the next section to create a base sketch in this new part file.
When you start a new file from a part template, the file contains some basic origin geometry located in the Origin folder. The Origin folder is found in the browser. You can see the geometry browser nodes in the list on the left and the origin planes and axes displayed on the right as they run through the screw geometry. To create a base sketch for your part, you will use an origin plane to sketch on. Because origin geometry cannot be changed, using an origin plane to sketch on allows you to anchor your base sketch in space and provides a stable foundation upon which to create your part.
For a new file, the origin geometry is typically set to be invisible, but you can right-click any origin geometry and choose Visibility to make it appear.
Right-clicking again and deselecting Visibility will toggle the origin feature's visibility back off. When you create a new part, Inventor will prompt you to select an origin plane on which to sketch, or it will create a new sketch for you on a designated origin plane. You can control this behavior by selecting the Tools tab and clicking the Application Options button. If this option is set to No New Sketch, Inventor will prompt you to select an origin plane to create your base sketch; otherwise, the base sketch will be created on the plane designated by this option automatically.
In the following steps you will create a simple sketch to use as the base for your part. If the option for controlling the sketch behavior for new parts was set to use one of the origin planes automatically, then you can skip these steps.
Inventor will temporarily turn on the origin geometry and pause for you to select one of the planes to sketch on, as shown in Figure 2.
Expand the Origin folder in the browser and watch the selection highlight to select the XY origin plane to place your sketch on. Note that you can select an origin plane by clicking it in the browser or by selecting the edge of the plane in the graphics area. Once you've selected a plane to sketch on, you will see a Sketch node created in the browser.
The Sketch tab is now active and displays the sketch tools, as shown in Figure 2. Now that you have a sketch created and active for editing in your new part file, you will create a profile to form the base feature of your part.
You should see a dot in the center of your sketch; this is the projected origin center point of your part. Click the dot to place your cursor on the origin center point so that the circle is centered and anchored to the origin of the part. Entering defines the value of this dimension parameter. Next, you'll use the circle in your sketch as the base profile for the base 3D feature for this part.
Note that you can enter the value in the dialog box or in the mini-toolbar controls, and each will have the same result. You might need to click the black arrow to expand the Extrude dialog box in order to see the buttons within it. Notice that an extrusion feature has been created in the browser, and if you expand it, you'll find Sketch1, as shown in Figure 2. If you had the need to change or add something to Sketch1, you could do so by right-clicking Extrusion1 or Sketch1 in the browser and choosing Edit Sketch.
Likewise, if you wanted to modify Extrusion1, you could right-click Extrusion1 and choose Edit Feature. From the Draw panel on the Sketch tab, click the flyout arrow and then select the Two Point Center Rectangle tool, as shown in Figure 2. Enter Dia for the first input and then press the Tab key on the keyboard. This will recall the value of the diameter dimension you created previously.
By reusing the diameter parameter when creating the rectangle, you are linking the diameter and the width of the rectangle. This means that if you were to change the diameter value at some point, the rectangle width will automatically adjust as well.
Select the outer projected edge of the base feature the circle and then use the Construction button to toggle the line type to a dashed construction line. When your sketch looks like Figure 2. Next, you'll cut a dovetailed slot from the part using the sketch created in the previous steps.
If needed, click the black arrow to expand the Extrude dialog box in order to see the buttons within it. Enter 10 for the extrude distance. Recall that you can enter the value in the dialog box or in the mini-toolbar controls, and each will have the same result. In the Extrude dialog box, click the Cut button to ensure that the rectangle is cut from the base feature or set the Solution drop-down to Cut in the mini-toolbar controls.
Notice that another extrusion feature for this dovetailed cut has been created in the browser; if you expand it, you'll find Sketch2, as shown in Figure 2. Next, you'll pattern the dovetailed slot to create a second, cross slot.
Right-click and choose Continue to switch from the Features selection mode to the Rotations Axis selection mode or you can click the red arrow in the dialog box. This concludes the creation of this basic part model. Although this model is somewhat simple, it demonstrates the workflow used to create much more complex part models.
Keep in mind that for the majority of the part models you will use this workflow:. Create basic profiles using sketch tools to define the shape of the features that make up the part.
Often when you are designing a part file, you might come to a point in your design at which you want to explore a design idea, without altering your current design. You can do this in Inventor by using the Save Copy As option to save a reserved copy of your current work while still continuing to work on the current file. In this section you'll open an existing drawing and create views of a part model and then add dimensions and annotations. In the real world, often you'll use a drawing template to create a new drawing, much as you did with the part model template.
Other times, you will be editing existing drawings just as you will be doing in these steps. In Inventor, drawing views are created by referencing model files. In the following steps, you'll open a part model and then create a view of it on an existing drawing:.
Note that this is basically the same part created earlier in this chapter, with a couple of modifications. Do not close the part; you will want to have it open in the upcoming steps. This is a drawing file that has been created using rather poor techniques.
In the following steps, you'll clean up this file and create views of the same part file but with much better results. Hover your cursor over the part on the drawing sheet, and you will see a dotted outline of the view. Right-click the dotted view border and choose Delete; then click the OK button to confirm that you want to delete the view. With the Drawing View dialog box open, move your mouse pointer around on the drawing, and you will see a dynamic preview of the part file that you opened earlier.
Do not click the screen just yet or you will inadvertently place the drawing view. Note that all open model files are listed in the File drop-down list. You can select any open model file from the list or click the Browse button to select another file.
In the Scale field, enter 0. In the Orientation pane on the right, click through the available options and watch the preview at your mouse pointer change. Select Top when you've finished. In the Style area, click just the middle button to create an unshaded view with no hidden lines. Hover your cursor over the view until you see a dotted outline of the view; then click and drag it to move the view to the lower left of the page so that it fits well.
Next, you'll use the base view you created to project other views onto the page. On the Place Views tab, click the Projected button to create views projected from the base view. As you drag your mouse pointer around the base view, notice the view previews that are being generated.
Drag straight to the right and click. You will see a rectangular bounding box, indicating that a view will be placed there. Drag diagonally up and to the right from the base view toward the top-right corner of the page and click.
Select the view border dashed bounding box of the top-right view; then right-click and choose Edit View. In the Style area at the bottom right of the dialog box, click just the blue button on the right to shade the view and then click the OK button. Next, you'll add dimensions to the views. Note that Inventor will give you a radius dimension if you select an arc edge, and it will default to a diameter dimension if you happen to select an edge that is a circle. Often, edges in views overlap, making it difficult to predict whether the selection will return a radius or a diameter.
Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015 (2014)
In this chapter you will explore the basic steps involved in creating part models, creating drawings of those parts, putting those parts together into an assembly model, and then creating a drawing of that assembly. If you have not done so, you might want to take the time to read that chapter before continuing. Although Inventor includes a number of tools that go far beyond the simple tasks of creating parts, drawings, and assemblies, the workflow involved in creating and detailing your designs is the foundation upon which you will build as you learn Inventor. The goal of this chapter is to get you familiar with the overall workflow. In the chapters to follow, you will explore the tools and environments in more depth.
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Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015
An Autodesk Official Press guide to the powerful mechanical design software Autodesk Inventor has been used to design everything from cars and airplanes to appliances and furniture. This comprehensive guide to Inventor and Inventor LT features rea Curtis Waguespack, an Inventor Expert Elite and Autodesk Certified Instructor, has taught Inventor in the classroom and consulted with and supported manufacturing and design firms in industries ranging from aerospace to consumer products and industrial machinery.
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Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015
Jetzt bewerten Jetzt bewerten. A comprehensive guide to Autodesk Inventor and Inventor LT This detailed reference and tutorial provides straightforwardexplanations, real-world examples, and practical tutorials thatfocus squarely on teaching Autodesk Inventor tips, tricks, andtechniques. The book also includes a project at the beginning tohelp those new to Inventor quickly understand key interfaceconventions and capabilities. In addition, there is more information on Inventor LT, newpractice drawings at the end of each chapter to reinforce lessonslearned, and thorough coverage of all of Inventor's new features. The author's …mehr. DE Als Download kaufen.
This is a great book to use as a reference tool for things you might not use on a daily basis or for someone looking to get started and wants to learn on their own. Skip to main content. Email to friends Share on Facebook - opens in a new window or tab Share on Twitter - opens in a new window or tab Share on Pinterest - opens in a new window or tab. Add to Watchlist. People who viewed this item also viewed. Showing Slide 1 of 1 - Carousel. Picture Information.
He has served as lead author on six previous Autodesk Inventor books, covering Autodesk Inventor through He has taught Inventor in the classroom and has consulted with and supported manufacturing and design firms in a wide range of industries, including aerospace, consumer products, and industrial machinery. Currently, Curtis uses Inventor daily in a real-world design environment to design and document various product types, starting from the prototype stage and following through to the fully documented project completion. In the past, he has used Inventor to design a wide range of manufactured products, large and small.
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