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Identifying the tool-tissue force in robotic laparoscopic surgery using neuro-evolutionary fuzzy systems and a synchronous self-learning hyper level supervisor
Mozaffari, A.

اطلاعات کتابشناختی

Identifying the tool-tissue force in robotic laparoscopic surgery using neuro-evolutionary fuzzy systems and a synchronous self-learning hyper level supervisor
پدیدآور اصلی :   Mozaffari, A.
ناشر :  
سال انتشار  :   2014
موضوع ها :   Pareto optimality. System identification. Adaptive neuro-fuzzy inference system. ...
شماره راهنما :  

جستجو در محتوا

ترتيب

فهرست مطالب

  • Cover (1)
  • Title Page (5)
  • Copyright (6)
  • Contents (15)
  • Chapter 1 Getting Started (35)
    • Understanding Parametric Design (35)
      • Creating a Base Sketch (35)
      • Creating a Base Feature (36)
      • Adding More Features (36)
      • Using the Part in an Assembly (37)
      • Making Changes (37)
      • Understanding History-Based Modeling and Dependencies (38)
      • Taking a Closer Look at Sketch Dimensions (40)
      • Part Modeling Best Practices (41)
      • Assembly Modeling Best Practices (42)
    • Understanding the "Feel" of Inventor (45)
      • Understanding the Intuitive Interface (45)
      • Using General Tools vs. Specific Commands (46)
      • When in Doubt, Right-Click (47)
    • Using the Graphical Interface (48)
      • Inventor Title Bar (48)
      • Graphics Window Tools (50)
      • The Ribbon Menu (51)
      • The Browser Pane (53)
      • Dialog Boxes and the In-Canvas Mini-Toolbars (53)
      • Task-Based Tools (54)
    • Learning the File Types in Inventor (55)
    • What Is an Inventor Project? (56)
      • Project Files and Search Paths (57)
      • Library Folders and Library Editor IPJ Files (60)
      • Content Center Files (60)
      • How Search Paths and Project Files Are Used (61)
    • Exploring Project File Types (62)
    • Creating a Project File (63)
      • Creating Single-User Projects (63)
      • Creating Multiuser Projects (72)
    • Understanding Inventor Templates (73)
    • Working with Styles, Style Libraries, and Company Standards (74)
    • The Bottom Line (74)
  • Chapter 2 A Hands-on Test-Drive of the Workflow (77)
    • Creating a Part Model (77)
      • Starting with a Part Template (79)
      • Understanding Origin Geometry (79)
      • Creating a Base 2D Sketch (80)
      • Creating a Profile in the Sketch (81)
      • Creating a Base 3D Feature (82)
      • Creating a Secondary 2D Sketch (82)
      • Creating a Secondary 3D Feature (84)
      • Patterning a 3D Feature (85)
    • Creating and Detailing Drawings of Part Models (86)
      • Creating a Base View on a Drawing (86)
      • Creating Projected Views on a Drawing (88)
      • Creating Dimensions on a Drawing (89)
    • Putting Part Models Together in Assembly Files (90)
      • Placing, Rotating, and Moving Parts in an Assembly File (90)
      • Working with Degrees of Freedom in an Assembly (92)
      • Placing Assembly Constraints to Define Mechanical Movement (93)
    • Creating and Detailing Drawings of Assembly Models (97)
      • Creating an Assembly Detail View (97)
      • Placing a Parts List and Balloons (99)
      • Exporting a Drawing to a PDF File (100)
    • The Bottom Line (100)
  • Chapter 3 Sketch Techniques (103)
    • Exploring the Options and Settings for Sketches (103)
      • Application Options (104)
      • Document Settings (109)
    • Sketching Basics (110)
      • Creating a Sketch on an Existing Sketch (110)
      • Projecting Geometry into Your Sketch (112)
      • Breaking Links to Projected Geometry (114)
      • Deleting a Sketch (114)
      • Creating Another New Sketch (115)
      • Creating Dimensions (116)
    • Creating a Sketch in a New Part (117)
      • Creating a New Part File from a Template (117)
      • Creating Lines Using the Line Tool (118)
      • Understanding Sketch Constraints (120)
      • Using Degrees of Freedom to View Underconstrained Sketch Elements (123)
      • Using Dimensions to Fully Constrain a Sketch (124)
      • Understanding the Save Options (127)
      • Making a Sketch Active for Edits (127)
      • Using Construction Geometry (128)
      • Using the Polygon Tool and Creating an Aligned Dimension (129)
      • Using Offset and Creating a Three-Point Rectangle (131)
      • Creating Driven Dimensions (133)
    • Taking a Closer Look at Sketch Constraints (136)
      • The Tangent Constraint (137)
      • The Perpendicular Constraint (137)
      • The Parallel Constraint (138)
      • The Coincident Constraint (138)
      • The Concentric Constraint (139)
      • The Collinear Constraint (140)
      • The Horizontal Constraint (140)
      • The Vertical Constraint (141)
      • The Equal Constraint (142)
      • The Fix Constraint (142)
      • The Symmetric Constraint (143)
      • The Smooth Constraint (144)
    • Gaining More Sketch Skills (144)
      • Creating Arcs (145)
      • Creating Automatic Tangents with the Line Tool (146)
      • Understanding the Point/Center Point Tool (147)
      • Projecting Geometry (148)
      • Learning More about Dimensions (149)
      • Measuring Geometry (153)
    • Creating Sketches from AutoCAD Geometry (153)
      • Importing Existing AutoCAD Designs (154)
      • Copying and Pasting Existing AutoCAD Designs into Inventor (156)
    • Creating and Using 3D Sketches (156)
      • Creating a 3D Path (157)
      • Using the 3D Coordinate Triad (158)
      • Exploring More 3D Sketch Tools (161)
    • Best Practices for Working with Sketches (166)
    • The Bottom Line (167)
  • Chapter 4 Basic Modeling Techniques (169)
    • Exploring Application Options and Settings for Part Modeling (169)
      • Specifying Global Settings (170)
      • Specifying Document-Specific Settings (171)
    • Key Concepts for Creating Basic Part Features (178)
      • Simplifying Your Sketches (181)
    • Exploring the Extrude Tool (183)
      • Extruding Basic Features (184)
      • Editing an Extrusion Feature (186)
      • Extruding with Cut and Taper (187)
      • Extruding with Intersect (188)
      • Extruding Surfaces from Open Profiles (189)
      • Extruding Solids from Open Profiles (190)
      • Extruding with To (192)
      • Extruding with the Minimum Solution Option (194)
      • Extruding with To Next (195)
      • Extruding Between (196)
      • Extruding Multi-body Solids (196)
    • Creating Revolved Parts (198)
      • Revolved Cylindrical Parts vs. Stacked Circular Extrusions (199)
      • Creating Revolved Parts (200)
    • Creating Work Features (202)
      • Work Planes (202)
      • Work Axes and Work Points (209)
    • Creating Fillets (210)
      • Edge Fillets (211)
      • Face Fillets (214)
      • Full Round Fillets (214)
      • Working with Fillet Features (215)
    • Creating Threaded Features (217)
      • Creating Cosmetic Threads Using the Thread Tool (217)
      • Using the Coil Tool to Create Physical Threads (219)
    • Hole Features (220)
      • Using the Thread and Clearance Spreadsheets (220)
      • Creating Holes in Parts (221)
      • Setting Tolerance Values in Holes (224)
    • Bend Parts (224)
    • Part Modeling Exercise (226)
      • Creating a Base Feature (226)
      • Creating a Second Feature (227)
      • Creating a Sketch-Based Hole Feature (230)
      • Creating a Rectangular Hole Pattern (232)
      • Editing Sketches and Features (234)
      • Repairing Features and Sketches (237)
    • The Bottom Line (239)
  • Chapter 5 Advanced Modeling Techniques (241)
    • Creating Complex Sweeps and Lofts (241)
      • Creating and Using Sweeps (241)
      • Exploring Sweep Options (244)
      • Creating Loft Features (248)
      • Creating a Part Using Loft and Sculpt (256)
    • Creating Multi-body Parts (257)
      • Creating Multiple Solids (257)
      • Using One Solid to Shape Another (259)
    • Creating Derived Parts and Assemblies (264)
      • Creating Derived Parts (265)
      • Deriving a Part File (265)
      • Deriving an Assembly File (265)
      • Modifying Derived Parts (267)
      • Using the Component Derive Tool (267)
    • Working with Patterns (267)
      • Rectangular Patterns (268)
      • Circular Patterns (269)
      • Patterns along Curves (270)
      • The Coil Tool and Spiral Patterns (272)
      • Pattern Solids (274)
      • Dynamic Patterns (276)
    • Setting iProperties and Parameters (278)
      • iProperties (278)
      • Part Parameters (279)
      • Assembly Parameters (284)
    • Adding Part Tolerances (284)
      • Tolerances in Sketches (285)
      • Setting Global File Tolerances (286)
      • Working with Limits and Fits (289)
    • Working with Free-Form Modeling and Direct Editing Tools (291)
      • Free-Form Modeling (291)
      • Using the Direct Edit Tool (298)
    • Troubleshooting Failures with the End-of-Part Marker (299)
      • Step 1: Editing the First Feature (299)
      • Step 2: Moving the EOP Marker Down One Feature at a Time (300)
    • The Bottom Line (302)
  • Chapter 6 Sheet Metal (303)
    • Understanding Sheet-Metal Parts (303)
    • Getting to Know the Features (304)
      • Starting with a Base Feature (304)
      • Creating Secondary Flange Features (310)
      • Adding, Removing, or Deforming Material (319)
    • Using Sheet-Metal Templates and Rules (337)
      • What Are Sheet-Metal Rules? (337)
      • Working with Styles and Templates (345)
    • Working with the Flat Pattern (346)
      • Exploring the Flat Pattern Edit Features (346)
      • Adding Manufacturing Information to the Flat Pattern (346)
      • Using the Flat Pattern Definition Dialog Box (348)
      • Manufacturing Your Flat Pattern (349)
    • Using Sheet-Metal iPart Factories (350)
      • iParts for Configurations (351)
      • iParts for Fold Progression (351)
    • Modeling with Non-Sheet-Metal Features (351)
      • Selecting Problematic Features (352)
      • Using Surface-Based Workflows (352)
    • Working with Imported Parts (352)
      • Setting Yourself Up for Success (353)
      • Converting Components (353)
    • Annotating Your Sheet-Metal Design (354)
      • Creating a View of Your Sheet-Metal Design (354)
      • Adding Bend, Punch, and Flat Pattern Annotations (356)
    • The Bottom Line (358)
  • Chapter 7 Reusing Parts and Features (361)
    • Working with iParts (361)
      • Creating and Modifying iParts (362)
      • Using iParts in Designs (375)
    • Working with iFeatures (377)
      • Creating iFeatures (377)
      • Creating Punch Features (381)
    • Reusing Existing Geometry (386)
      • Copying Features (386)
      • Cloning (388)
      • Linking Parameters Between Two Files (389)
      • Copying Sketches (390)
    • Introducing Content Center (392)
      • Configuring Content Center (393)
      • Using Content Center (395)
      • Publishing Parts to Content Center (403)
    • The Bottom Line (407)
  • Chapter 8 Assembly Design Workflows (409)
    • Assembly Relationships (410)
      • Degrees of Freedom (410)
      • Grounded Components (412)
      • How the Constrain Tool Works (412)
      • How the Joint Tool Works (414)
      • Working with Constraints (414)
      • Additional Constrain Tools and Options (429)
      • Working with Joint Relationships (435)
    • Understanding Subassemblies (446)
    • Top-Down Design (448)
      • Developing an Efficient Assembly Workflow (449)
      • Layout Sketches (452)
      • Flexibility (455)
    • Adaptivity (456)
      • Creating Adaptivity (456)
      • Removing Adaptivity from Parts (458)
    • Assembly Features (459)
    • Managing the Bill of Materials (462)
      • Parts-Level BOM Control (462)
      • Assembly-Level BOM Control (462)
    • Assembly Reuse and Configurations (469)
      • Copying Designs (469)
      • Using Representations (472)
      • Using iAssemblies (481)
    • Use Assembly Design Accelerators (486)
      • Functional Design vs. Geometric Modeling (486)
      • Working with Design Accelerators (486)
    • The Bottom Line (494)
  • Chapter 9 Large Assembly Strategies (497)
    • Selecting a Workstation (497)
      • Physical Memory vs. Virtual Memory (498)
      • Hardware (498)
    • Working with Performance Settings (501)
      • Express Mode (501)
      • Working with Drawing Settings (502)
      • Working with Model Display Settings (506)
      • Working with General Settings (507)
      • Using the Memory Probe (509)
      • Working with System Settings (509)
    • Large Assembly Best Practices (511)
      • Working with the Model (512)
      • Improving File Open Time (512)
      • Reducing Assembly Constraints (512)
      • Adaptivity (515)
      • Selection Tools (515)
      • View Representations (518)
      • Find (518)
      • Opening the Model (518)
      • Working with Large Assembly Drawings (520)
    • Managing Assembly Detail (524)
      • LOD Strategies (524)
      • Substitute LODs (526)
      • Subassembly LODs (528)
    • Simplifying Parts (530)
      • Removing or Suppressing Unneeded Features (530)
    • The Bottom Line (532)
  • Chapter 10 Weldment Design (535)
    • Exploring Weldment Design Methodologies (535)
      • Part Files and Part Features (536)
      • Weldment Assembly and Derived Technology (537)
      • Weldment Assembly (537)
      • Multi-body Part Files (538)
    • Modeling Preparations (539)
    • Exploring Cosmetic Welds (541)
      • Create a Simple Cosmetic Weld (543)
      • Using Split Faces to Place Cosmetic Welds (544)
      • Place Cosmetic Welds with Extents (544)
    • Creating Weld Beads (545)
    • Creating Fillet Welds (546)
      • Modeling a Fillet Weld (547)
      • Fillet Welds and Gaps (549)
      • Creating Intermittent Fillet Welds (550)
    • Creating Groove Welds (551)
    • Performing Machining Operations (554)
    • Exploring Weld Properties and Combinations (555)
      • Weld Properties (555)
      • Replication (556)
      • Groove and Fillet Weld Combinations (556)
      • Split Technique (557)
    • Using the Weld Symbol (559)
    • Understanding Bead Property Report and Mass Properties (561)
    • Creating Drawing Documentation (562)
      • Weldment Design Stages (564)
      • End Fill (566)
      • Drawing Weld Symbol (567)
      • Caterpillar (567)
    • Generating a Bill of Materials and Parts List (569)
    • The Bottom Line (570)
  • Chapter 11 Presentations and Exploded Views (573)
    • Working in the Presentation Environment (573)
      • Creating a Basic Explosion (573)
      • Creating Linear Tweaks (576)
    • Creating Advanced Presentations (578)
      • Creating Rotational Tweaks (578)
      • Creating Tweaks with Drag and Drop (579)
      • Understanding Tweak Trails (580)
      • More About Tweaks (580)
      • Create Multiple Views/Explosions (581)
      • Save Camera (582)
      • Understanding Group, Reorder, and Animate Tweaks (583)
    • Creating and Sharing Assembly Instructions (585)
    • The Bottom Line (588)
  • Chapter 12 Documentation (591)
    • Using the Drawing Manager (591)
    • Creating Templates and Styles (592)
      • Understanding Template Locations (593)
      • Choosing a File Format (594)
    • Utilizing Drawing Resources (595)
      • Sheet Size (595)
      • Multiple Sheets (596)
      • Creating a Border (596)
      • Creating a Title Block (597)
      • Prompted Entry (603)
      • Sketched Symbols (604)
      • AutoCAD Blocks (606)
      • Sheet Formats (607)
      • Transfer Drawing Resources (608)
    • Editing Styles and Standards (608)
      • Object Defaults (610)
      • Creating Styles (612)
      • Working with Substyles (614)
      • Drawing Style Administration (615)
    • Creating Drawing Views (615)
      • Creating a Base View (616)
      • Creating Projected Views (618)
      • Moving and Copying Views (619)
      • Creating Section Views (620)
      • Slice Views (624)
      • Using Breakout Views (625)
      • Using Detail Views (628)
      • Creating Break Views (630)
      • Cropping Views (632)
      • Using Draft Views (632)
      • Creating Overlay Views (632)
    • Annotating Part Drawings (633)
      • Using Centerline and Center Marks (633)
      • Creating Dimensions (637)
      • Hole and Thread Notes (648)
      • Leadered Symbols (650)
      • Drawing Text (650)
      • General Tables (651)
      • Hole Tables (652)
    • Annotating Assembly Drawings (655)
      • Assembly Representations (655)
      • Reference Data in Drawing Views (658)
      • Interference and Tangent Edge Display (658)
      • Parts Lists (659)
      • Balloons (661)
      • Center of Gravity Display (663)
    • Working with Sheet-Metal Drawings (664)
      • Flat Pattern Views (664)
      • Bend Centerlines and Extents (664)
      • Bend and Punch Notes (664)
      • Bend Tables (666)
      • Punch Tables (667)
    • Working with Weldment Views (667)
    • Working with iParts and iAssembly Drawings (669)
    • Sharing Your Drawings Outside Your Workgroup (671)
      • Additional Resources (671)
    • The Bottom Line (671)
  • Chapter 13 Tools Overview (675)
    • Exploring the BIM Exchange (675)
      • Assembly Model Simplification (676)
      • Part Model Simplification (681)
      • Model Authoring (683)
      • Model Publishing (684)
    • Using AutoLimits (687)
      • Creating AutoLimits (689)
      • Editing AutoLimits (691)
    • Using the Design Assistant (692)
      • Using the Find Files Tool (694)
      • Using the Where Used Tool (695)
      • Renaming, Copying, and Replacing Files (696)
      • Using Pack And Go (698)
    • Using the Drawing Resource Transfer Wizard (701)
    • Using the Style Library Manager (702)
    • Using the Task Scheduler (704)
      • Creating a Task for Migrating Files (704)
      • Performing Sequential Tasks (707)
      • Performing Custom Tasks (707)
      • Tweaking Multi-Process Settings (707)
      • Publishing DWF Files and Filenames (708)
    • Using iProperties (708)
      • Copying iProperties to Drawings (710)
      • Creating Expressions with iProperties (710)
      • Working with the Design Assistant and iProperties (712)
      • Creating Design Property Reports (713)
    • Using the Measure Tools (714)
      • Using Measurement Helpers (715)
      • Measuring in Assemblies (716)
    • Participating in the CIP and CER (716)
      • Participating in the CIP (716)
      • Participating in CER (717)
    • Using Miscellaneous Tools (717)
      • Using the Autodesk Multi-Sheet Plot Tool (717)
      • Using the Add-In Manager (718)
      • Using the Project Editor (719)
    • The Bottom Line (719)
  • Chapter 14 Exchanging Data with Other Systems (721)
    • Importing and Exporting Geometry (721)
      • Translating DWG and DXF Files (722)
      • Mechanical Desktop DWG (726)
      • STEP and IGES (728)
      • SAT (731)
    • Using Inventor File Translators (732)
      • CATIA Import Options (733)
      • Pro/ENGINEER Import Options (734)
      • Unigraphics and Parasolids Import Options (734)
      • SolidWorks Import Options (735)
      • Rhino Import Options (736)
      • IDF Board Files (736)
      • Placing Components from Other CAD Systems (736)
    • Working with Imported Data (737)
      • Repair Tools (738)
      • Edit Solid Tools (738)
    • Viewing DWF Markup (741)
      • Publishing a DWF or DWFx File (741)
      • Reviewing and Marking Up DWF and DWFx Files (743)
      • Accessing DWF or DWFx Markups in Inventor (743)
    • The Bottom Line (745)
  • Chapter 15 Frame Generator (747)
    • Accessing Frame Generator Tools (747)
    • Exploring the Frame Generator File Structure (748)
    • Exploring the Anatomy of a Frame Member (750)
    • Inserting Frame Members (751)
      • Specifying a Structural Shape (751)
      • Changing the Orientation (752)
      • Selecting Placement Geometry (753)
      • Creating a Basic Frame (754)
      • Aligning Frame Members (757)
      • Using the Change Tool (759)
    • Adding End Treatments (760)
      • Miter (761)
      • Trim/Extend to Face (763)
      • Trim to Frame Member (764)
      • Notch Frame Members (764)
      • Lengthen/Shorten Frame Member (766)
      • Reuse Frame Members (766)
    • Maintaining Frames (768)
      • Remove End Treatments (768)
      • Frame Member Information (768)
      • Refresh (768)
    • Performing Calculations and Analysis (769)
      • The Beam and Column Calculator (769)
    • Publishing Frame Members (778)
      • Authoring a Part (778)
      • Publishing a Part (781)
    • Frame Assemblies and BOMs (782)
    • The Bottom Line (783)
  • Chapter 16 Inventor Studio (785)
    • Exploring the Inventor Studio Environment (785)
    • Creating and Managing Styles (786)
      • Applying Appearance Styles (786)
      • Creating Appearance Styles and Appearance Libraries (789)
      • Exploring Lighting and Lighting Styles (789)
      • Exploring the Scene Styles Dialog Box (795)
      • Composing and Rendering Images (799)
    • Animating with Inventor Studio (805)
      • Using Animation Tools (806)
      • Using Video Producer (815)
      • Rendering Video or Animations (818)
    • The Bottom Line (819)
  • Chapter 17 Stress Analysis and Dynamic Simulation (821)
    • Introduction to Analysis (821)
    • Conducting Stress Analysis Simulations (822)
      • Simulation Guide (823)
      • Static Stress vs. Modal Analysis (823)
      • Simplifying Your Model (824)
      • Specifying Materials (824)
      • Applying Simulation Constraints (825)
      • Applying Loads (826)
      • Specifying Contact Conditions (828)
      • Preparing Thin Bodies (830)
      • Generating a Mesh (831)
      • Running the Simulation (833)
      • Interpreting the Results (833)
      • Using the Result, Scaling, Display, and Report Tools (835)
      • Conducting Parameter Studies (836)
      • Conducting a Frame Analysis (839)
      • Frame Analysis Settings (840)
      • Frame Constraints (840)
      • Frame Loads (841)
      • Connections (841)
      • Results (842)
    • Conducting Dynamic Simulations (843)
      • Working with Joints (844)
      • More on Working with Joints (847)
      • Working with Redundancy (849)
      • Working with Environmental Constraints (849)
      • Running a Simulation (856)
    • Exporting to FEA (858)
    • Using the Dynamic Simulation Information in Stress Analysis (859)
    • The Bottom Line (860)
  • Chapter 18 Routed Systems (861)
    • Tube and Pipe (861)
      • Understanding Routes, Runs, and Assembly Structure (861)
      • Exploring the Tube and Pipe Styles (863)
      • Placing Fittings (869)
      • Creating Routes (870)
      • Exporting ISOGEN Files (878)
    • Cable and Harness (878)
      • Creating and Placing Electrical Parts (879)
      • Creating a Harness (882)
      • Placing Wires (884)
      • Using the Cable & Harness Library (885)
      • Placing Cables (886)
      • Placing and Editing Segments (887)
      • Copying Cable and Harness Designs (890)
      • Creating Nailboard Drawings (891)
    • The Bottom Line (893)
  • Chapter 19 Plastics Design Features (895)
    • Creating Thicken/Offset Features (895)
    • Creating Shell Features (897)
    • Creating Split Features (898)
    • Creating Grill Features (900)
    • Creating Rule Fillet Features (902)
    • Creating Rest Features (903)
    • Creating Boss Features (905)
    • Creating Lip and Groove Features (907)
    • Creating Snap Fit Features (908)
    • Creating Rib and Web Features (910)
    • Creating Draft Features (911)
    • Mold Design Overview (914)
      • Inventor Tooling (914)
      • Importing a Plastic Part (915)
      • Creating Runners and Gates (917)
      • Analyzing and Creating Cores and Cavities (919)
      • Working with Mold Bases (922)
      • Working with Ejectors and Sprue Bushings (923)
    • The Bottom Line (925)
  • Chapter 20 iLogic (927)
    • What Is iLogic? (927)
      • Understanding iLogic Rules (928)
      • What Are Functions? (928)
      • Conditional Statements (931)
    • Understanding the iLogic Elements and Interface (933)
      • Exploring iLogic Parameter Types (934)
      • Using the iLogic Browser (937)
      • Understanding the iTrigger (941)
      • Working with Event Triggers (942)
    • Creating iLogic Parameters, Rules, and Forms (943)
      • Creating iLogic Rules (943)
      • Creating iLogic Forms (958)
      • Working with iLogic Components (969)
      • iLogic Design Copy (970)
    • The Bottom Line (971)
  • Appendix A The Bottom Line (1004)
    • Chapter 1: Getting Started (973)
    • Chapter 2: A Hands-on Test-Drive of the Workflow (975)
    • Chapter 3: Sketch Techniques (976)
    • Chapter 4: Basic Modeling Techniques (978)
    • Chapter 5: Advanced Modeling Techniques (980)
    • Chapter 6: Sheet Metal (981)
    • Chapter 7: Reusing Parts and Features (983)
    • Chapter 8: Assembly Design Workflows (985)
    • Chapter 9: Large Assembly Strategies (987)
    • Chapter 10: Weldment Design (988)
    • Chapter 11: Presentations and Exploded Views (990)
    • Chapter 12: Documentation (991)
    • Chapter 13: Tools Overview (993)
    • Chapter 14: Exchanging Data with Other Systems (995)
    • Chapter 15: Frame Generator (996)
    • Chapter 16: Inventor Studio (997)
    • Chapter 17: Stress Analysis and Dynamic Simulation (1000)
    • Chapter 18: Routed Systems (1001)
    • Chapter 19: Plastics Design Features (1002)
    • Chapter 20: iLogic (1004)
  • Appendix B Autodesk Inventor 2015 Certification (1007)
  • Index (1019)
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