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书名：	Mastering Autodesk Inventor 2014 and Autodesk Inventor LT 2014 : Autodesk Official Press
作者：	Waguespack, Curtis
出版时间：	2013-06-06
ISBN：	9781118544860(P-ISBN) ，9781118758106(O-ISBN)
摘要：
摘要：

书目详情：

Cover Title Page Contents Chapter 1 Getting Started with Autodesk® Inventor®Understanding Parametric Design Creating a Base Sketch Creating a Base Feature Adding More Features Using the Part in an Assembly Making Changes Understanding History-Based Modeling and Dependencies Taking a Closer Look at Sketch Dimensions Part Modeling Best Practices Assembly Modeling Best Practices Understanding the “Feel” of Inventor Understanding the Intuitive Interface Using General Tools vs. Specific Commands When in Doubt, Right-Click Using the Graphical Interface Inventor Title Bar Graphics Window Tools The Ribbon Menu The Browser Pane Dialog Boxes and the In-Canvas Mini-Toolbars Task-Based Tools Learning the File Types in Inventor What Is an Inventor Project?Project Files and Search Paths Library Folders and Library Editor IPJ Files Content Center Files How Search Paths and Project Files Are Used Exploring Project File Types Creating the Project File Creating Single-User Projects Creating Multiuser Projects Understanding Inventor Templates Working with Styles, Style Libraries, and Company Standards The Bottom Line Chapter 2 A Hands-on Test Drive of the Workflow Creating a Part Model Starting with a Part Template Understanding Origin Geometry Creating a Base 2D Sketch Creating a Profile in the Sketch Creating a Base 3D Feature Creating a Secondary 2D Sketch Creating a Secondary 3D Feature Patterning a 3D Feature Creating and Detailing Drawings of Part Models Creating a Base View on a Drawing Creating Projected Views on a Drawing Creating Dimensions on a Drawing Putting Part Models Together in Assembly Files Placing, Rotating, and Moving Parts in an Assembly File Working with Degrees of Freedom in an Assembly Placing Assembly Constraints to Define Mechanical Movement Creating and Detailing Drawings of Assembly Models Creating an Assembly Detail View Placing a Parts List and Balloons Exporting a Drawing to a PDF File The Bottom Line Chapter 3 Sketch Techniques Exploring the Options and Settings for Sketches Application Options Document Settings Sketching Basics Creating a Sketch on an Existing Sketch Projecting Geometry into Your Sketch Breaking Links to Projected Geometry Deleting a Sketch Creating Another New Sketch Creating Dimensions Creating a Sketch in a New Part Creating a New Part File from a Template Creating Lines Using the Line Tool Understanding Sketch Constraints Using Degrees of Freedom to View Underconstrained Sketch Elements Using Dimensions to Fully Constrain a Sketch Understanding the Save Options Making a Sketch Active for Edits Using Construction Geometry Using the Polygon Tool and Creating an Aligned Dimension Using Offset and Creating a Three-Point Rectangle Creating Driven Dimensions Taking a Closer Look at Sketch Constraints The Tangent Constraint The Perpendicular Constraint The Parallel Constraint The Coincident Constraint The Concentric Constraint The Collinear Constraint The Horizontal Constraint The Vertical Constraint The Equal Constraint The Fix Constraint The Symmetric Constraint The Smooth Constraint Gaining More Sketch Skills Creating Arcs Creating Automatic Tangents with the Line Tool Understanding the Point/Center Point Tool Projecting Geometry Learning More about Dimensions Measuring Geometry Creating Sketches from AutoCAD Geometry Importing Existing AutoCAD Designs Copying and Pasting Existing AutoCAD Designs into Inventor Creating and Using 3D Sketches Creating a 3D Path Using the 3D Coordinate Triad Exploring More 3D Sketch Tools Best Practices for Working with Sketches The Bottom Line Chapter 4 Basic Modeling Techniques Exploring Application Options and Settings for Part Modeling Specifying Global Settings Specifying Document-Specific Settings Key Concepts for Creating Basic Part Features Simplifying Your Sketches Exploring the Extrude Tool Extruding Basic Features Editing an Extrusion Feature Extruding with Cut and Taper Extruding with Intersect Extruding Surfaces from Open Profiles Extruding Solids from Open Profiles Extruding with To Extruding with the Minimum Solution Option Extruding with To Next Extruding Between Extruding Multi-Body Solids Creating Revolved Parts Revolved Cylindrical Parts vs. Stacked Circular Extrusions Creating Revolved Parts Creating Work Features Work Planes Work Axes and Work Points Creating Fillets Edge Fillets Face Fillets Full Round Fillets Working with Fillet Features Creating Threaded Features Creating Cosmetic Threads Using the Thread Tool Using the Coil Tool to Create Physical Threads Hole Features Using the Thread and Clearance Spreadsheets Creating Holes in Parts Setting Tolerance Values in Holes Bend Parts Part Modeling Exercise Creating a Base Feature Creating a Second Feature Creating a Sketch-Based Hole Feature Creating a Rectangular Hole Pattern Editing Sketches and Features Repairing Features and Sketches The Bottom Line Chapter 5 Advanced Modeling Techniques Creating Complex Sweeps and Lofts Creating and Using Sweeps Exploring Sweep Options Creating Loft Features Creating a Part Using Loft and Sculpt Creating Multi-Body Parts Creating Multiple Solids Using One Solid to Shape Another Creating Derived Parts and Assemblies Creating Derived Parts Deriving a Part File Deriving an Assembly File Modifying Derived Parts Using the Component Derive Tool Working with Patterns Rectangular Patterns Circular Patterns Patterns along Curves The Coil Tool and Spiral Patterns Pattern Solids Dynamic Patterns Setting iProperties and Parameters iProperties Part Parameters Assembly Parameters Adding Part Tolerances Tolerances in Sketches Setting Global File Tolerances Working with Limits and Fits Troubleshooting Failures with the End-of-Part Marker Step 1: Editing the First Feature Step 2: Moving the EOP Marker Down One Feature at a Time The Bottom Line Chapter 6 Sheet Metal Understanding Sheet-Metal Parts Getting to Know the Features Starting with a Base Feature Creating Secondary Flange Features Adding, Removing, or Deforming Material Using Sheet-Metal Templates and Rules What Are Sheet-Metal Rules?Working with Styles and Templates Working with the Flat Pattern Exploring the Flat Pattern Edit Features Adding Manufacturing Information to the Flat Pattern Using the Flat Pattern Definition Dialog Box Manufacturing Your Flat Pattern Using Sheet-Metal iPart Factories iParts for Configurations iParts for Fold Progression Modeling with Non-Sheet-Metal Features Selecting Problematic Features Using Surface-Based Workflows Working with Imported Parts Setting Yourself Up for Success Converting Components Annotating Your Sheet-Metal Design Creating a View of Your Sheet-Metal Design Adding Bend, Punch, and Flat Pattern Annotations The Bottom Line Chapter 7 Reusing Parts and Features Working with iParts Creating and Modifying iParts Using iParts in Designs Working with iFeatures Creating iFeatures Creating Punch Features Reusing Existing Geometry Copying Features Cloning Linking Parameters between Two Files Copying Sketches Introducing Content Center Configuring Content Center Using Content Center Customizing Content Center Libraries Publishing Parts to Content Center The Bottom Line Chapter 8 Assembly Design Workflows Assembly Relationships Degrees of Freedom Grounded Components How the Constraint Tool Works How the Joint Tool Works Working with Constraints Additional Constrain Tools and Options Working with Joint Relationships Understanding Subassemblies Top-Down Design Developing an Efficient Assembly Workflow Layout Sketches Flexibility Adaptivity Creating Adaptivity Removing Adaptivity from Parts Assembly Features Managing the Bill of Materials Parts-Level BOM Control Assembly-Level BOM Control Assembly Reuse and Configurations Copying Designs Using Representations Using iAssemblies Use Assembly Design Accelerators Functional Design vs. Geometric Modeling Working with Design Accelerators The Bottom Line Chapter 9 Large Assembly Strategies Selecting a Workstation Physical Memory vs. Virtual Memory Hardware Working with Performance Settings Express Mode Working with Drawing Settings Working with Model Display Settings Working with General Settings Using the Memory Probe Working with System Settings Large Assembly Best Practices Working with the Model Improving File Open Time Reducing Assembly Constraints Adaptivity Selection Tools View Representations Find Opening the Model Working with Large Assembly Drawings Managing Assembly Detail LOD Strategies Substitute LODs Subassembly LODs Simplifying Parts Removing or Suppressing Unneeded Features The Bottom Line Chapter 10 Weldment Design Exploring Weldment Design Methodologies Part Files and Part Features Weldment Assembly and Derived Technology Weldment Assembly Multi-Body Part Files Modeling Preparations Exploring Cosmetic Welds Create a Simple Cosmetic Weld Using Split Faces to Place Cosmetic Welds Place Cosmetic Welds with Extents Creating Weld Beads Creating Fillet Welds Modeling a Fillet Weld Fillet Welds and Gaps Creating Intermittent Fillet Welds Creating Groove Welds Performing Machining Operations Exploring Weld Properties and Combinations Weld Properties Replication Groove and Fillet Weld Combinations Split Technique Using the Weld Symbol Understanding Bead Property Report and Mass Properties Creating Drawing Documentation Weldment Design Stages End Fill Drawing Weld Symbol Caterpillar Generating a Bill of Materials and Parts List The Bottom Line Chapter 11 Presentations and Exploded Views Working in the Presentation Environment Creating a Basic Explosion Creating Linear Tweaks Creating Advanced Presentations Creating Rotational Tweaks Creating Tweaks with Drag and Drop Understanding Tweak Trails More about Tweaks Create Multiple Views/Explosions Save Camera Understanding Group, Reorder, and Animate Tweaks Creating and Sharing Assembly Instructions The Bottom Line Chapter 12 Documentation Using the Drawing Manager Creating Templates and Styles Understanding Template Locations Choosing a File Format Utilizing Drawing Resources Sheet Size Multiple Sheets Creating a Border Creating a Title Block Prompted Entry Sketched Symbols AutoCAD Blocks Sheet Formats Transfer Drawing Resources Editing Styles and Standards Object Defaults Creating Styles Working with Substyles Drawing Style Administration Creating Drawing Views Creating a Base View Creating Projected Views Moving and Copying Views Creating Section Views Slice Views Using Breakout Views Using Detail Views Creating Break Views Cropping Views Using Draft Views Creating Overlay Views Annotating Part Drawings Using Centerline and Center Marks Creating Dimensions Hole and Thread Notes Leadered Symbols Drawing Text General Tables Hole Tables Annotating Assembly Drawings Assembly Representations Reference Data in Drawing Views Interference and Tangent Edge Display Parts Lists Balloons Center of Gravity Display Working with Sheet-Metal Drawings Flat Pattern Views Bend Centerlines and Extents Bend and Punch Notes Bend Tables Punch Tables Working with Weldment Views Working with iParts and iAssembly Drawings Sharing Your Drawings outside Your Workgroup Additional Resources The Bottom Line Chapter 13 Tools Overview Exploring the BIM Exchange Assembly Model Simplification Part Model Simplification Model Authoring Model Publishing Using AutoLimits Creating AutoLimits Editing AutoLimits Using the Design Assistant Using the Find Files Tool Using the Where Used Tool Renaming, Copying, and Replacing Files Using Pack And Go Using the Drawing Resource Transfer Wizard Using the Style Library Manager Using the Task Scheduler Creating a Task for Migrating Files Performing Sequential Tasks Performing Custom Tasks Tweaking Multi-Process Settings Publishing DWF Files and Filenames Using iProperties Copying iProperties to Drawings Creating Expressions with iProperties Working with the Design Assistant and iProperties Creating Design Property Reports Using the Measure Tools Using Measurement Helpers Measuring in Assemblies Participating in the CIP and CER Participating in the CIP Participating in CER Using Miscellaneous Tools Using the Autodesk Multi-Sheet Plot Tool Using the Add-In Manager Using the Project Editor The Bottom Line Chapter 14 Exchanging Data with Other Systems Importing and Exporting Geometry Translating DWG and DXF Files Mechanical Desktop DWG STEP and IGES SAT Using Inventor File Translators CATIA Import Options Pro/ENGINEER Import Options Unigraphics and Parasolids Import Options SolidWorks Import Options Rhino Import Options IDF Board Files Placing Components from Other CAD Systems Working with Imported Data and Using Inventor Fusion Viewing DWF Markup Publishing a DWF or DWFx File Reviewing and Marking Up DWF and DWFx Files Accessing DWF or DWFx Markups in Inventor The Bottom Line Chapter 15 Frame Generator Accessing Frame Generator Tools Exploring the Frame Generator File Structure Exploring the Anatomy of a Frame Member Inserting Frame Members Specifying a Structural Shape Changing the Orientation Selecting Placement Geometry Creating a Basic Frame Aligning Frame Members Using the Change Tool Adding End Treatments Miter Trim/Extend to Face Trim to Frame Member Notch Frame Members Lengthen/Shorten Frame Member Maintaining Frames Remove End Treatments Frame Member Information Refresh Performing Calculations and Analysis The Beam and Column Calculator Publishing Frame Members Authoring a Part Publishing a Part Frame Assemblies and BOMs The Bottom Line Chapter 16 Inventor Studio Exploring the Inventor Studio Environment Creating and Managing Styles Applying Appearance Styles Creating Appearance Styles and Appearance Libraries Exploring Lighting and Lighting Styles Exploring the Scene Styles Dialog Box Composing and Rendering Images Animating with Inventor Studio Using Animation Tools Using Video Producer Rendering Video or Animations The Bottom Line Chapter 17 Stress Analysis and Dynamic Simulation Introduction to Analysis Conducting Stress Analysis Simulations Simulation Guide Static Stress vs. Modal Analysis Simplifying Your Model Specifying Materials Applying Simulation Constraints Applying Loads Specifying Contact Conditions Preparing Thin Bodies Generating a Mesh Running the Simulation Interpreting the Results Using the Result, Scaling, Display, and Report Tools Conducting Parameter Studies Conducting a Frame Analysis Frame Analysis Settings Frame Constraints Frame Loads Connections Results Conducting Dynamic Simulations Working with Joints More on Working with Joints Working with Redundancy Working with Environmental Constraints Running a Simulation Exporting to FEA Using the Dynamic Simulation Information in Stress Analysis The Bottom Line Chapter 18 Routed Systems Tube and Pipe Understanding Routes, Runs, and Assembly Structure Exploring the Tube and Pipe Styles Placing Fittings Creating Routes Exporting ISOGEN Files Cable and Harness Creating and Placing Electrical Parts Creating a Harness Placing Wires Using the Cable & Harness Library Placing Cables Placing and Editing Segments Copying Cable and Harness Designs Creating Nailboard Drawings The Bottom Line Chapter 19 Plastics Design Features Creating Thicken/Offset Features Creating Shell Features Creating Split Features Creating Grill Features Creating Rule Fillet Features Creating Rest Features Creating Boss Features Creating Lip and Groove Features Creating Snap Fit Features Creating Rib and Web Features Creating Draft Features Mold Design Overview Inventor Tooling Importing a Plastic Part Creating Runners and Gates Analyzing and Creating Cores and Cavities Working with Mold Bases Working with Ejectors and Sprue Bushings The Bottom Line Chapter 20 iLogic What Is iLogic?Understanding iLogic Rules What Are Functions?Conditional Statements Understanding the iLogic Elements and Interface Exploring iLogic Parameter Types Using the iLogic Browser Understanding the iTrigger Working with Event Triggers Creating iLogic Parameters, Rules, and Forms Creating iLogic Rules Creating iLogic Forms Working with iLogic Components iLogic Design Copy The Bottom Line Appendix A The Bottom Line Appendix B Autodesk Inventor Certification

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