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Starting AutoCAD Mechanical |
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Using the AutoCAD Mechanical Launchpad |
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Interacting with the AutoCAD Mechanical User Interface |
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Using the AutoCAD Mechanical Toolbars |
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Creating and using workspaces in AutoCAD Mechanical |
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Accessing AutoCAD Mechanical Help |
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Overview of mechanical structure and it's uses |
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Overview of standards based design |
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Overview of AutoCAD Mechanicals tools to improve productivity |
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Overview of AutoCAD Mechanical dimensioning tools |
Overview of standard parts and machinery generators in
AutoCAD Mechanical |
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Overview of the mechanical calculators in AutoCAD Mechanical |
Learn how layers are created and managed in
AutoCAD Mechanical |
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Configure the layers in your standard |
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Using the AutoCAD Mechanical layer control tools |
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Using the Basic Layers Flyout to set the current layer |
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Using the Layer Functions Tools |
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Controlling the visibility of layers |
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Setting up your user configurations for power snaps |
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Activating and using power snaps |
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Defining rectangles using the information available |
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Creating hatches using the predefined and custom hatch tools |
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Creating fillets using AutoCAD Mechanical's fillet command |
Creating chamfers using AutoCAD Mechanical's
chamfer command |
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Creating contours in AutoCAD Mechanical |
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Creating centerlines and holes |
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Creating centerlines and holes |
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Drawing construction lines |
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Automatically drawing construction lines |
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Draw section lines and view labels |
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Drawing a broken view with a zigzag line |
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Creating a Breakout View using breakout lines |
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Drawing symmetrical lines |
Creating standard through holes, editing holes, and
adding views |
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Creating blind countersunk and counterbored holes |
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Creating tapped holes, tapered threads and external threads |
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Creating blind and through slots |
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Copying AutoCAD Mechanical intelligent Objects |
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Copying a layer group |
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Using AutoCAD Mechanical's Offset Command |
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Using AutoCAD Mechanical's Join Command |
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Using AutoCAD Mechanical's Break Command |
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Scaling objects along the X and Y axes |
Editing, deleting, and copying AutoCAD Mechanical
intelligent objects |
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Overview of standard parts and configuration of standard parts |
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Inserting standard parts using the Parts Library |
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Inserting standard parts using the toolbars |
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Process for inserting Steel Shapes |
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Process for inserting Cylindrical Pins |
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Process for inserting Taper Pins |
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Process for inserting Grooved Drive Studs |
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Process for inserting Cotter Pins |
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Process for inserting Plain Rivets |
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Process for inserting Countersunk Rivets |
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Process for inserting Clevis Pins |
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Process for inserting Plugs |
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Process for inserting Lubricators |
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Process for inserting Sealing Rings |
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Process for inserting Drill Bushings |
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Process for inserting Drill Bushings with Hole |
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Inserting screws, nuts, and washers |
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Inserting bolted connections |
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Saving and recalling frequently used screw connections |
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Changing the graphical representation of standard parts |
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Adding intelligent leaders to standard parts |
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Drawing standard or custom compression springs |
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Drawing standard or custom extension springs |
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Drawing standard or custom torsion springs |
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Drawing standard or custom Belleville springs |
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Drawing chain and belt drive systems |
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Drawing cylindrical and conical shaft sections |
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Adding grooves, fillets, and chamfers to shafts |
Creating shafts with gears, threads, splines, cams, and
wrench sections |
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Creating hatches, breaks, and breakout views of shafts |
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Creating end and section views of shafts and shaft notes |
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Adding standard shaft parts to a shaft |
Automatic dimension scaling and creating viewports using
scale areas |
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Creating detail views in layouts |
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Adding title blocks and borders to layouts |
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Automatic dimension scaling using scale areas |
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Creating detail views in model space |
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Adding title blocks and borders to model space |
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Creating dimensions using the power dimension tool |
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Creating dimensions using the power dimension tool |
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Adding fits and tolerances to a dimension |
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Adding baseline dimensions using the Automatic Dimension tool |
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Adding chain dimensions using the Automatic Dimension tool |
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Adding ordinate dimensions using the Automatic Dimension tool |
Dimensioning shafts and other symmetric objects using the
Automatic Dimension Tool |
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Editing dimensions using power edit and multi edit |
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Stretching objects using dimensions |
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Automatically arranging dimensions |
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Automatically aligning dimensions |
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Joining and splitting dimensions |
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Breaking dimension extension lines around other objects |
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Checking dimensions and removing text overrides |
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Adding hole tables to drawings |
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Adding fits lists to drawings |
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Adding text of various heights to drawings |
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Adding miscellaneous symbols to a drawing |
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Adding weld symbols to a drawing |
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Adding GD&T symbols to a drawing |
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Adding revision lists to a drawing |
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Calculating the moment of inertia for a cross section |
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Calculating the deflection of a beam |
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Calculating the strength of a shaft |
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Performing finite element analysis |
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Overview of Mechanical Structure |
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Creating views of parts and assemblies |
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Creating views of parts and assemblies |
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Organizing geometry into folders |
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Reorganizing components into assemblies and subassemblies |
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Understanding definitions, Instances, and occurrences |
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Reusing structured data in your drawing |
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Reusing structured data from another drawing |
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Methods for selecting structure |
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Editing the definition of structured elements |
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Changing the display properties and selecting instances |
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Creating a Bill of Materials for an assembly or drawing |
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Editing the properties of components |
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Creating a BOM without using structure |
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Indented BOMS and parts only BOMS |
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Sorting and Renumbering BOM Data |
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Adding parts lists to drawings |
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Adding balloons to drawings |
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Creating a template and a custom standard |
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Configuring the automatic layer management system |
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Configuring the BOM, parts list and balloons |