Guide Particulars :
Language English
Pages 426
Format PDF
Measurement 6.44 MB

 

AutoCAD Mechanical 2010 Users Guide


 

AutoCAD Mechanical 2010 Users Guide | PDF Free Download.

AutoCAD Mechanical 2010 Contents


Chapter 1 About AutoCAD Mechanical

  • AutoCAD Mechanical Software program Bundle 
  • Leveraging Legacy Knowledge 
  • Beginning AutoCAD Mechanical 
  • AutoCAD Mechanical Assist
  • Product Assist and Coaching Assets
  • Design Options in AutoCAD Mechanical 
  • Mechanical Construction
  • Associative Design and Detailing 
  • Exterior References for Mechanical Construction
  • Associative 2D Disguise 
  • Autodesk Inventor hyperlink 
  • 2D Design Productiveness 
  • Engineering Calculations 
  • Equipment Techniques Mills
  • Clever Manufacturing Drawing and Detailing 
  • Detailing Productiveness
  • Annotations 
  • Commonplace Mechanical Content material 
  • Commonplace Components Instruments 
  • Collaboration

Chapter 2 Instructions in AutoCAD Mechanical

  • Command Abstract 
  • Design and Annotation Instruments

Chapter 3 Working with Templates

  • Key Phrases 
  • Working with Templates 
  • Setting Mechanical Choices
  • Specifying Drawing Limits 
  • Saving Templates
  • Utilizing Templates 
  • Setting Default Requirements Templates

Chapter 4 Utilizing Mechanical Construction

  • Key Phrases
  • Working with Mechanical Construction 
  • Folders 
  • Creating Folders 
  • Modifying Folders
  • Nesting Folders
  • Occasion vs. Incidence 
  • Choice Modes 
  • Parts and Part Views
  • Creating Half Parts
  • Creating Meeting Parts 
  • Modifying Meeting Parts
  • Utilizing Folders with Part Views 
  • Mechanical Browser Show Choices
  • Mechanical Browser and BOMs
  • Browser Restructure and Ghost Parts 
  • Exterior Reference Parts 
  • Inserting Exterior Parts
  • Modifying Exterior Parts In-place 
  • Localizing and Externalizing 
  • Annotation Views 
  • Associative Disguise 
  • Fundamentals of AMSHIDE
  • Utilizing AMSHIDE in Assemblies

Chapter 5 Designing Levers

  • Key Phrases 
  • Extending Designs 
  • Utilizing Libraries to Insert Components 
  • Configuring Snap Settings 
  • Creating Development Traces (C-Traces)
  • Creating extra C-Traces 
  • Creating Contours and Making use of Fillets  
  • Trimming Projecting Edges on Contours
  • Making use of Hatch Patterns to Contours
  • Dimensioning Contours
  • Creating and Dimensioning Element Views 
  • Chapter 6 Working with Mannequin Area and Layouts
  • Key Phrases 
  • Working with Mannequin Area and Layouts 
  • Getting Began
  • Creating Scale Areas 
  • Creating Element Views 
  • Producing New Viewports 
  • Inserting Holes Inside Viewports 
  • Creating Subassemblies in New Layouts

Chapter 7 Dimensioning

  • Key Phrases 
  • Including Dimensions to Drawings
  • Including A number of Dimensions Concurrently 
  • Modifying Dimensions with Energy Instructions
  • Breaking Dimension Traces 
  • Inserting Drawing Borders 
  • Inserting Suits Lists

Chapter 8 Working with 2D Disguise and 2D Metal Shapes

  • Key Phrases 
  • Working with 2D Disguise and 2D Metal Shapes 
  • Opening the preliminary drawing 
  • Defining 2D Disguise Conditions 
  • Inserting 2D Metal Shapes
  • Modifying Metal Shapes Utilizing Energy Instructions 
  • Modifying 2D Disguise Conditions
  • Copying and Transferring 2D Disguise Conditions

Chapter 9 Working with Commonplace Components

  • Key Phrases 
  • Working with Commonplace Components 
  • Inserting Screw Connections 
  • Copying Screw Connections with Energy Copy
  • Creating Screw Templates 
  • Modifying Screw Connections with Energy Edit 
  • Working with Energy View 
  • Deleting with Energy Erase 
  • Inserting Holes 
  • Inserting Pins 
  • Turning Off Centerlines in Configurations
  • Hiding Development Traces 
  • Simplifying Representations of Commonplace Components

Chapter 10 Working with BOMs and Components Lists

  • Key Phrases 
  • Working with Components Lists 
  • Inserting Half References
  • Modifying Half References 
  • Inserting Balloons 
  • Creating Components Lists 
  • Merging and Splitting Objects In Components Lists 
  • Gathering Balloons 
  • Sorting and Renumbering Objects In Components Lists 
  • Utilizing Filters

Chapter 11 Creating Shafts with Commonplace Components

  • Key Phrases
  • Creating Shafts
  • Configuring Snap Choices 
  • Configuring Shaft Mills 
  • Creating Cylindrical Shaft Sections and Gears
  • Inserting Spline Profiles 
  • Inserting Chamfers and Fillets 
  • Inserting Shaft Breaks 
  • Creating Facet Views of Shafts
  • Inserting Threads on Shafts
  • Modifying Shafts and Inserting Sections  
  • Changing Shaft Sections
  • Inserting Bearings 
  • Engineering Calculations

Chapter 12 Calculating Shafts

  • Key Phrases 
  • Calculating Shafts
  • Creating Shaft Contours  
  • Specifying Materials
  • Inserting Shaft Helps
  • Specifying Masses on Shafts 
  • Calculating and Inserting Outcomes 
  • Calculating Strengths of Shafts

Chapter 13 Calculating Moments of Inertia and Deflection Traces

  • Key Phrases 
  • Performing Calculations 
  • Calculating Moments of Inertia 
  • Calculating Deflection Traces

Chapter 14 Calculating Chains

  • Key Phrases
  • Chain Calculations 
  • Performing Size Calculations
  • Optimizing Chain Lengths
  • Inserting Sprockets 
  • Inserting Chains
  • Chapter 15 Calculating Springs 
  • Key Phrases 
  • Calculating Springs 
  • Beginning Spring Calculations
  • Specifying Spring Restrictions
  • Calculating and Deciding on Springs
  • Inserting Springs
  • Creating Views of Springs with Energy View

Chapter 16 Calculating Screw Connections

  • Key Phrases
  • Strategies for Calculating Screws
  • Utilizing Stand-Alone Screw Calculations
  • Deciding on and Specifying Screws
  • Deciding on and Specifying Nuts
  • Deciding on and Specifying Washers
  • Specifying Plate Geometry and Properties
  • Specifying Contact Areas 
  • Specifying Masses and Moments
  • Specifying Settlement Properties 
  • Specifying Tightening Properties
  • Creating and Inserting Consequence Blocks

Chapter 17 Calculating Stress Utilizing FEA 

  • Key Phrases 
  • 2D FEA 
  • Calculating Stress In Components 
  • Defining Masses and Helps 
  • Calculating Outcomes 
  • Evaluating and Refining Mesh
  • Refining Designs 
  • Recalculating Stress

Chapter 18 Designing and Calculating Cams

  • Key Phrases
  • Designing and Calculating Cams 
  • Beginning Cam Designs and Calculations
  • Defining Movement Sections
  • Calculating Power for Springs 
  • Exporting Cam Knowledge and Viewing Outcomes 
  • Autodesk Inventor Hyperlink

Chapter 19 Utilizing Autodesk Inventor Hyperlink Assist

  • Key Phrases 
  • Linking Autodesk Inventor Half Recordsdata 
  • Shading and Rotating Geometry 
  • Inserting Drawing Borders 
  • Creating Drawing Views 
  • Working with Dimensions 
  • Exporting Drawing Views to AutoCAD
  • Linking Autodesk Inventor Meeting Recordsdata
  • Accessing Components from the Browser 
  • Accessing iProperties
  • Inserting Drawing Borders 
  • Creating Components Lists and Balloons 
  • Creating Breakout Part Views 
  • Modifying Breakout Part Views 
  • Eradicating Views
  • Updating Autodesk Inventor Components

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