Day 1
Module 1: Introduction to Inventor• Solid Modeling• Inventor Fundamentals• Design Intent• The Inventor Interface• Model Manipulation
Module 2: Creating the Base Feature• Creating a New Part
Module 3: Creating Pick and PlaceFeatures• Creating an Edge Chamfer• Creating Constant Fillets• Creating Variable Fillets• Creating Straight Holes• Editing Pick and Place Features
Module 4: Sketching Geometry• Sketching Geometry•
Day 2
Module 5: Advanced Sketching Tools• Advanced Editing Tools• Using Existing Geometry• Resolving an Over-Dimensioned Sketch• Setting Sketcher Preferences
Module 6: Sketched SecondaryFeatures• Creating Extruded Secondary Features• Creating Revolved Secondary Features• Editing a Sketched Secondary Feature• Creation Sequence
Module 7: Additional Features andFunctions• Creating Threads• Creating a Face Draft• Creating Shells• Creating Ribs• Reordering Features• Suppressing Features• Changing Part Units
Module 8: Creating Work Features• Creating Work Planes• Creating Work Axes• Creating Work Points
Day 3
Module 9: Sweep Features Forms• Creating Sweep Features
Module 10: Loft Feature Forms• Creating Loft Features
Module 11: Creating Relations• Creating Relations• Adding Parameters
Module 12: Duplication Tools• Creating Sketch Patterns• Pattern Part Features• Mirroring Parts or Part Features• Manipulating Patterns and Mirror Features
Module 13: Feature Relationships• Establishing Relationships• Controlling Realtionships• Investigating Relationships• Changing Relationships
Day 4
Module 14: Fixing Problems• Sketch Failure• Feature Failure
Module 15: Assembly Mode• Assembling Components• Assembly Examples• Using the Content Center• Using the Assembly Browser
Module 16: Manipulating AssemblyDisplay• Moving and Rotating Assembly Components• Manipulating Component Display• Displaying Exploded Views• Selection Options in Assemblies
Module 17: Assembly Tools• Replacing Components• Restructuring Components• Checking for Interference• Error Recovery
Day 5
Module 18: Drawing Basics• Creating a New Drawing & Drawing Views• Manipulating
Module 19: Detailing Drawings• Adding Dimensions• Creating Part List• Adding Balloons• Defining Style and Standards
Module 20: Customizing Inventor• Application Options• Documentation Settings• File Properties
Module 21: Effective Modeling• Design Considerations• Modeling Tips and Techniques• Model Investigation• Interactive Exercise• Suggested Steps for the Interactive Exercise
Module 22: Working with Projects• Create a New Project• Resolve Links• Manage the Project Browser• Saving Files
Inventor FundamentalsCourse
Length: 5 days
Inventor Fundamentals introduces the concepts and techniques of 3D modeling with AutodeskInventor.
As an introductory class, it does not assume prior knowledge of any 3D modeling orCAD software.
The objective of the Autodesk Inventor Fundamentals course is to teach studentsthe basic part and assembly modeling techniques. Students will explore topics such as; theAutodesk Inventor interface, sketching tools, part modeling tools, assembly modeling tools, theDesign Assistant, creation of drawing views, working drawing, and creating bills of materials. Thestructure of the course follows typical stages of using Inventor to create and edit parts, add themto assemblies, and generate drawings.The major topics covered include:° The Inventor interface° Creating 2D sketches with basic Sketch drawing and editing tools° Constraining and dimensioning sketches° Generating 3D parts from sketches° Part modeling, adding and editing 3D features° Using dimension equations and parameters° Placing and constraining parts in assemblies° Creating drawings and viewsPrerequisites:° A working knowledge of NT, 2000 or XP.° A working knowledge of basic drafting procedures and terminology common to themechanical design industry.Please contact the Technical Education department if you are not sure you meet the minimumrequirementsUS Site:www.rand.com/imaginit/us— Canadian Site: www.rand.com/imaginit/canAt IMAGINiT Technologies takes a unique approach to Expert-Led Training: Hands-on,process-based training. Available on-site or at a RAND Education Center. One Student perworkstation.All curriculum developed by: ASCENT – Center for Technical Knowledge,a division of RAND Worldwide which designs, develops and produces knowledge productsfor leading engineering software tools.The Education GuaranteeAt IMAGINiT Technologies, our goal isto provide you with service excellence.We are so convinced of our quality,we guarantee your satisfaction or youdon’t pay!IMAGINiT Technologies, RAND Worldwide and Ascent are trademarks of RAND Worldwide. AutoCAD and Architectural Desktop are a registered trademarks of Autodesk, Inc. in the United States and/or other countries.Al other brand names, product names, or trademarks belong to their respective holders. © Copyright 2003, RAND Worldwide. Al Rights ReservedIMAGINiT_ED _01.04Education CentersUnited StatesAlbany, NYAlbuquerque, NMBoca Raton, FLBuffalo, NYChicago, ILCincinnati, OHCleveland, OHColumbus, OHEdison, NJMilwaukee, WIManchester, NHNew York, NYOrlando, FLPiqua, OHPortland ORSalt Lake City, UTSyracuse, NYSeattle, WATigard, ORToledo, OHCanadaCalgary, ABCambridge, ONEdmonton, ABLondon, ONRegina, SKSaskatoon, SKToronto, ONVancouver, BCWinnipeg, MBwww.rand.com/imaginit/us |
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发表于 2006-12-19 21:12:56
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