#Autodesk inventor 2013 trial how to#

Start the вЂCenter Point CircleвЂ™ from the marking menu. Press F7 on your keyboard to slice the view and, in the ribbon menu, select вЂProject Cut EdgesвЂ™.

Choose the left edge as the axis as shown and click the green check box to complete the revolve.Д¬reate a new sketch by right clicking on the XZ plane from the model browser and selecting вЂNew SketchвЂ™. Start the вЂRevolveвЂ™ command from the marking menu. Right click and select вЂFinish 2D SketchвЂ™. When complete, right click and select вЂOKвЂ™ to finish the line command. Type 6mm into the dynamic dimension box and click to create a horizontal line.Дraw additional lines as shown. Start the next line segment from the same location, and move your cursor to the left. A green dot will appear, indicating the center point. Create a vertical line between the midpoints of the two projected lines. Start the вЂCreate LineвЂ™ command from the marking menu. Start the вЂProject GeometryвЂ™ command from the marking menu. In the sketch view, press F7 on your keyboard to slice the view. Right click on the XZ Plane and select вЂNew SketchвЂ™. In the model browser on the left side of the screen, expand the вЂOriginвЂ™ folder. Click the green check mark to finish the extrude. Select both closed profiles in the sketch.ДЄs shown, change the extrusion type to вЂSymmetricвЂ™ and enter in a value of 3mm for the extrusion depth. From the marking menu, start the вЂExtrudeвЂ™ command. Right click and select вЂFinish 2D SketchвЂ™ from the marking menu. In the dimension box, type in 3.5mm and hit вЂEnterвЂ™. Select the arc and click to place the dimension. Right click and select вЂGeneral DimensionвЂ™ in the marking menu. Select the arc and line segment as shown to add a tangent constraint. Hold вЂCtrlвЂ™ on your keyboard and right click to bring up the constraint marking menu. Right click and select вЂOKвЂ™ to close the line command. Drag your cursor to create the rough shape as shown.Д¬lick the bottom right corner of the rectangle to complete the line segment. Click to complete the line.Д¬lick and hold your left mouse button down on the end point of the previous line to create an arc. This will calculate the value for the вЂArmAngleвЂ™ parameter as 128-degrees.

This creates a parameter named вЂArmLengthвЂ™ that can be referenced in other dimensions.ДЇor the angular dimension, type in вЂArmAngle = 180-52вЂ™. In the dynamic dimension box as shown, type in вЂArmLength = 18mmвЂ™. Move your cursor down and to the right (do not click the 2nd point of the line yet). Start the line by clicking the top right corner of the rectangle. Using the marking menu, start the вЂLineвЂ™ command. Right click and select вЂOKвЂ™ to close the rectangle command. In the dynamic dimensioning boxes, enter 3mm and 13.5mm as shown. Select вЂTwo-Point RectangleвЂ™.Д¬lick the origin point to start the rectangle and move your cursor to the upper right. The word вЂTopвЂ™ should be horizontally displayed. Using the ViewCube in the top right corner, use the rotation arrow to rotate the view counter-clockwise. Select the вЂX-ZвЂ™ plane as the sketch plane. Right click in the modeling window to open the marking menu and select вЂNew SketchвЂ™. Select вЂNewвЂ™ in the ribbon and then choose the вЂMetricвЂ™ folder, вЂStandard (mm).iptвЂ™ template. In Inventor, click the вЂProjectsвЂ™ icon in the ribbon. Working files are included to let you follow through the tutorial every step of the way with the same source materials that the author uses in the lessons.Trial Projects Parametric Modeling Design a steering knuckle

#Autodesk inventor 2013 trial how to#

By the completion of this computer based training course for Inventor 2013, you will have a solid grasp of how to use Inventor to build parts, assemblies and drawings on your own, bringing your own projects to life. The video tutorial finishes off with teaching you how to create drawings of your design. Once you have solid foundation in the basics, you follow along step by step as the author takes you through sketching, creating a feature from those sketches, turning the features into parts, building an assembly from the parts and creating a presentation view of the assembly. You will start with the absolute basics of Inventor, beginning with the interface, concepts and best practices in the industry. This tutorial requires no previous experience using Inventor and is built specifically with the beginning Inventor user in mind. In this Autodesk Inventor 2013 training course, expert author and trainer Andrew Warren takes you through the ins and outs of this 3D mechanical and solid modeling design software.