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Loading...Parametric Modeling with Autodesk Inventor
Randy H. Shih
Oregon Institute of Technology
Table of Contents
Preface i
Acknowledgments ii
Table of Contents iii
Autodesk Inventor Certified User Examination Overview xiii
Chapter 1
Getting Started
AutoCAD Certified User Examination Objectives Coverage 1-1
Introduction 1-2
Development of Computer Geometric Modeling 1-2
Feature-Based Parametric Modeling 1-6
Getting Started with Autodesk Inventor 1-7
The Screen Layout and Getting Started Toolbar 1-8
The New File Dialog Box and Units Setup 1-9
Autodesk Inventor Screen Layout 1-10
Application Menu 1-11
Quick Access Toolbar 1-11
Ribbon Tabs 1-11
Online Help Panel 1-11
2D Sketch Toolbar 1-12
Graphics Window 1-12
Message and Status Bar 1-12
Mouse Buttons 1-13
[Esc] – Canceling Commands 1-13
Autodesk Inventor Help System 1-14
Data Management using Inventor Project files 1-15
Setup of a New Inventor Project 1-16
The Content of an Inventor Project File 1-19
Leaving Autodesk Inventor 1-19
Chapter 2
Parametric Modeling Fundamentals
Introduction 2-3
The Adjuster Design 2-4
Starting Autodesk Inventor 2-4
The default Autodesk Inventor Screen Layout 2-6
Sketch plane- It is an XY Monitor, but an XYZ World 2-7
Create Rough Sketches 2-9
Step 1: Create a Rough Sketch 2-10
Graphics Cursors 2-10
Geometric Constraint Symbols 2-11iv Parametric Modeling with Autodesk Inventor
Step 2: Apply/Modify Constraints and Dimensions 2-12
Dynamic Viewing Functions- Zoom and Pan 2-15
Modifying the Dimensions of the Sketch 2-15
Step 3: Completing the Base Solid Feature 2-16
Isometric View 2-17
Dynamic Rotation of the 3-D block – 3D Orbit 2-18
Dynamic Viewing – Quick Keys 2-20
Viewing Tools-Standard Toolbar 2-21
Display Modes 2-25
Orthographic vs. Perspective 2-25
Disable the Heads-Up Display Option 2-26
Step 4-1: Adding an Extruded Feature 2-27
Step 4-2: Adding a Cut Feature 2-32
Save the Model 2-35
Questions 2-37
Exercises 2-38
Chapter 3
Constructive Solid Geometry Concepts
Introduction 3-3
Binary Tree 3-4
The Locator Design 3-5
Modeling Strategy – CSG Binary Tree 3-6
Starting Autodesk Inventor 3-7
Base Feature 3-8
GRID intervals Setup 3-9
Model Dimensions Format 3-12
Modifying the Dimensions of the Sketch 3-12
Repositioning Dimensions 3-13
Using the Measure Tools 3-14
Completing the Base Solid Feature 3-17
Create the Next Solid Feature 3-18
Create a CUT Feature 3-22
Create a PLACED FEATURE 3-25
Create a Rectangular Cut Feature 3-27
Save the Model 3-29
Questions 3-30
Exercises 3-31
Chapter 4
Model History Tree
Introduction 4-3
The Saddle Bracket Design 4-4
Starting Autodesk Inventor 4-4
Modeling Strategy 4-5Table of Contents v
The Autodesk Inventor Browser 4-6
Create the Base Feature 4-6
Adding the Second Solid Feature 4-9
Create a 2D Sketch 4-10
Renaming the Part Features 4-12
Adjusting the Width of the Base Feature 4-13
Adding a Placed Feature 4-14
Create a Rectangular Cut Feature 4-16
History-Based Part Modifications 4-17
A Design Change 4-18
Assigning and Calculating the Associated Physical Properties 4-21
Questions 4-23
Exercises 4-24
Chapter 5
Parametric Constraints Fundamentals
CONSTRAINTS and RELATIONS 5-3
Create a Simple Triangular Plate Design 5-3
Fully Constrained Geometry 5-4
Starting Autodesk Inventor 5-4
Displaying Existing Constraints 5-5
Applying Geometric/Dimensional Constraints 5-7
Over-Constraining and Driven Dimensions 5-11
Deleting Existing Constraints 5-12
Using the Auto Dimension Command 5-13
Constraint and Sketch Settings 5-17
Parametric Relations 5-18
Dimensional Values and Dimensional Variables 5-20
Parametric Equations 5-21
Viewing the Established Parameters and Relations 5-23
Saving the Model File 5-24
Using the Measure Tools 5-25
Questions 5-29
Exercises 5-30
Chapter 6
Geometric Construction Tools
Introduction 6-3
The Gasket Design 6-3
Modeling Strategy 6-4
Starting Autodesk Inventor 6-5
Create a 2D Sketch 6-6
Edit the Sketch by Dragging the Sketched Entities 6-8
Add Additional Constraints 6-10
Use the Trim and Extend Commands 6-11vi Parametric Modeling with Autodesk Inventor
The Auto Dimension Command 6-13
Create Fillets and Completing the Sketch 6-15
Fully Constrained Geometry 6-16
Profile Sketch 6-18
Redefine the Sketch and the Profile 6-19
Create an OFFSET Cut Feature 6-23
Questions 6-26
Exercises 6-27
Chapter 7
Parent/Child Relationships and the BORN Technique
Introduction 7-3
The BORN Technique 7-3
The U-Bracket Design 7-4
Starting Autodesk Inventor 7-5
Sketch Plane Settings 7-5
Apply the BORN Technique 7-6
Create the 2-D Sketch of the Base Feature 7-8
Create the First Extrude Feature 7-12
The Implied Parent/Child Relationships 7-13
Create the Second Solid Feature 7-13
Create the First Cut Feature 7-17
Create the Second Cut Feature 7-18
Examine the Parent/Child Relationships 7-20
Modify a Parent Dimension 7-21
A Design Change 7-22
Feature Suppression 7-23
A Different Approach to the CENTER DRILL Feature 7-24
Suppress the Rect Cut Feature 7-26
Create a Circular Cut Feature 7-27
A Flexible Design Approach 7-29
View and Edit Material Properties 7-30
Questions 7-32
Exercises 7-33
Chapter 8
Part Drawings and Associative Functionality
Drawings from Parts and Associative Functionality 8-3
Starting Autodesk Inventor 8-4
Drawing Mode – 2D Paper Space 8-4
Drawing Sheet Format 8-6
Using the Pre-Defined Drawing Sheet Formats 8-8
Delete, Activate, and Edit Drawing Sheets 8-10
Add a Base View 8-11
Create Projected Views 8-12Table of Contents vii
Adjust the View Scale 8-13
Repositioning Views 8-14
Display Feature Dimensions 8-15
Repositioning and Hiding Feature Dimensions 8-17
Add Additional Dimensions- Reference Dimensions 8-19
Add Center Marks and Center Lines 8-20
Complete the Drawing Sheet 8-23
Associative Functionality- Modifying Feature Dimensions 8-24
3D Annotations in Isometric Views 8-27
Questions 8-35
Exercises 8-36
Chapter 9
Datum Features and Auxiliary Views
Work Features 9-3
Auxiliary Views in 2D Drawings 9-3
The Rod-Guide Design 9-3
Modeling Strategy 9-4
Starting Autodesk Inventor 9-5
Apply the BORN Technique 9-5
Create the Base Feature 9-7
Create an Angled Work Plane 9-9
Create a 2D Sketch on the Work Plane 9-10
Use the Projected Geometry Option 9-10
Complete the Solid Feature 9-14
Create an Offset Work Plane 9-15
Create another Cut Feature Using the Work Plane 9-16
Start a New 2D Drawing 9-18
Add a Base View 9-19
Create an Auxiliary View 9-20
Displaying Feature Dimensions 9-22
Adjust the View Scale 9-24
Retrieving Dimensions in the Auxiliary View 9-25
Add Center Marks and Center Lines 9-28
Complete the Drawing Sheet 9-31
Edit the Isometric view 9-32
Questions 9-33
Exercises 9-34
Chapter 10
Symmetrical Features in Designs
Introduction 10-3
A Revolved Design: PULLEY 10-3
Modeling Strategy – A Revolved Design 10-4
Starting Autodesk Inventor 10-5viii Parametric Modeling with Autodesk Inventor
Setup the Display of the Sketch Plane 10-5
Create the 2-D Sketch for the Revolved Feature 10-6
Create the Revolved Feature 10-10
Mirroring Features 10-11
Create a Pattern Leader Using Construction Geometry 10-13
Circular Pattern 10-18
Examine the Design Parameters 10-20
Drawing Mode- Defining New Border and Title Block 10-20
Create a Drawing Template 10-23
Create the necessary Views 10-24
Retrieve Dimensions- Features Option 10-27
Associative Functionality- A Design Change 10-29
Add Center Lines to the Pattern Feature 10-31
Complete the Drawing 10-32
Questions 10-35
Exercises 10-36
Chapter 11
Advanced 3D Construction Tools
Introduction 11-3
A Thin-Walled Design: Dryer Housing 11-3
Modeling Strategy 11-4
Starting Autodesk Inventor 11-5
Set Up the Display of the Sketch Plane 11-5
Create the 2-D Sketch for the Base Feature 11-6
Create a Revolved Feature 11-9
Create Offset Work Planes 11-10
Create 2D Sketches on the Offset Work Planes 11-11
Create a Lofted Feature 11-14
Create an Extruded Feature 11-16
Complete the Extruded Feature 11-18
Create 3D Rounds and Fillets 11-19
The Shell Operation 11-20
Create a Pattern Leader 11-21
Create a Rectangular Pattern 11-24
Create a Swept Feature 11-26
Define a 2D Sweep Path 11-26
Define the Sweep Section 11-28
Complete the Swept Feature 11-30
Questions 11-32
Exercises 11-33Table of Contents ix
Chapter 12
Sheet Metal Designs
Sheet Metal Processes 12-3
Sheet Metal Modeling 12-5
K-Factor 12-6
The Actuator Bracket Design 12-7
Starting Autodesk Inventor 12-8
Sheet Metal Defaults 12-9
Create the Base Face Feature of the Design 12-12
Using the Flange Command 12-15
Mirroring Features 12-19
Create a Cut Feature 12-20
Create a Fold Feature 12-22
Create the Associated Flat Pattern 12-25
Confirm the Flattened Length 12-26
Create a 2D Sheet Metal Drawing 12-27
Questions 12-34
Exercises 12-35
Chapter 13
Assembly Modeling – Putting It All Together
Introduction 13-3
Assembly Modeling Methodology 13-4
The Shaft Support Assembly 13-5
Additional Parts 13-5
(1) Collar 13-5
(2) Bearing 13-6
(3) Base-Plate 13-6
(4) Cap-Screw 13-7
Starting Autodesk Inventor 13-8
Placing the First Component 13-9
Placing the Second Component 13-10
Degrees of Freedom and Constraints 13-11
Assembly Constraints 13-12
Apply the First Assembly Constraint 13-14
Apply a Second Mate Assembly Constraint 13-16
Constrained Move 13-17
Apply a Flush Constraint 13-18
Placing the Third Component 13-20
Applying an Insert Constraint 13-20
Assemble the Cap-Screws 13-22
Exploded View of the Assembly 13-23
Editing the Components 13-25
Adaptive Design Approach 13-26
Delete and Re-apply Assembly Constraints 13-30X Parametric Modeling with Autodesk Inventor
Setup a Drawing of the Assembly Model 13-32
Create a Parts List 13-34
Edit the Parts List 13-35
Changing the Material Type 13-37
Complete the Assembly Drawing 13-39
Bill of Materials 13-40
(a) BOM from Parts List 13-40
(b) BOM from Assembly Model 13-41
Questions 13-42
Exercises 13-43
Chapter 14
Content Center and Basic Motion Analysis
Introduction 14-3
The Crank-Slider Assembly 14-4
Create the Required Parts 14-4
Starting Autodesk Inventor 14-6
Placing the First Component 14-7
Placing the Second Component 14-8
Apply the Assembly Constraints 14-9
Apply a Second MATE Constraint 14-10
Constrained Move 14-11
Place the Third Component 14-11
Assemble the CS-Rod Part 14-14
Make a Copy of the PIN Part 14-15
Assemble the CS-Slider Part 14-16
Add an Angle Constraint to Fully Constrain the Assembly 14-21
Interference Analysis 14-23
Basic Motion Analysis 14-24
3D Grip Editing the CS-Slider Part 14-27
Questions 14-31
Exercises 14-32
Chapter 15
2D Design Reuse, Collision and Contact
Introduction 15-3
The Geneva CAM Assembly 15-4
Internet Downloading the Geneva-Wheel DWG File 15-4
Opening AutoCAD DWG File in Inventor 15-5
Use the Measuring Tools 15-6
Switch to the AutoCAD DWG Layout 15-8
2D Design Reuse 15-9
Complete the Imported Sketch 15-14
Create the First Solid Feature 15-16
Create a Mirrored Feature 15-17Table of Contents xi
Circular Pattern 15-18
Complete the Geneva Wheel Design 15-19
Additional Parts 15-20
Start a New Assembly 15-22
Placing the Second Component 15-23
Apply the Assembly Constraints 15-24
Apply a Second MATE Constraint 15-25
Constrained Move 15-25
Assemble the Geneva-Driver 15-26
Assemble the Geneva-Pin 15-27
Add an Angle Constraint to Constrain the Driver 15-28
Animation with Drive Constraint Tool 15-29
Use the Inventor Contact Solver 15-31
Constrained Move with Suppressed Constraints 15-33
Questions 15-35
Exercises 15-36
Chapter 16
Introduction to Stress Analysis
Introduction 16-2
Problem Statement 16-4
Preliminary Analysis 16-4
- Maximum Displacement 16-5
Finite Element Analysis Procedure 16-6
Create the Autodesk Inventor Part 16-7
Create the 2D Sketch for the Plate 16-8
Assigning the Material Properties 16-10
Switch to the Stress Analysis Module 16-11
Create an FEA Simulation 16-12
Apply Constraints and Loads 16-14
Create a Mesh and Run the Solver 16-16
Refinement of the FEA Mesh- Global Element Size 16-18
Refinement of the FEA Mesh- Local Element Size 16-20
Comparison of Results 16-23
Create an HTML Report 16-24
Geometric Considerations of Finite Elements 16-25
Conclusion 16-26
Summary of Modeling Considerations 16-26
Questions 16-27
Exercises 16-28
Appendix
IndexIndex-I
INDEX
A
Activate, 8-10
Adaptive, 13-28
Adaptive Design Approach, 13-3, 13-26
Alignment, Break, 8-15
Analyze Interference, 14-23
Angle Constraint, 13-12, 15-28
Angled Work Plane, 9-9
Annotation Toolbar, 8-15
ANSI-A, Title Block, 9-19
ANSI Standard, 8-6
Application Options, 7-5
Application Menu, 1-11
Arc, Center Point Arc, 7-14
Arrowheads Inside, 8-18
Assemble, 14-16
Assembly Modeling Methodology, 13-4
Assembly Constraints, 13-12
Associative Functionality, 8-3, 8-24
Autodesk Inventor, Startup, 1-7
Auto Dimension, 5-13, 6-13
AutoCAD DWG Layout, 15-8
Auxiliary Views, 9-3, 9-20
B
Balloon, 13-39
Base Component, 13-9
Base Feature, 3-8
Base View, 9-21
Base Orphan Reference Node, 7-3
Bill of Materials (BOM), 13-40
Binary Tree, 3-3
Block, Solids, 3-3
BOM, 13-40
Boolean Intersect, 3-3
Boolean Operations, 3-3
BORN, 7-3
Border, New, 10-21
Bottom Up Approach, 13-4
Boundary Representation (B-rep), 1-5
Browser Window, 1-11,4-3, 4-6
Buttons, Mouse, 1-13
c
CAE, 1-2
Canceling Commands, 1-14
Cartesian Coordinate System, 2-7
Center Line Bisector, 8-20
Center Mark, 8-20
Center of Gravity, 4-22
Center Point Arc, 7-14
Center-Point Circle, 2-32
Centered Pattern, 10-31
Child, 7-3
Choose Template, 3-7
CIRCLE, Center Point, 2-32
Circular Pattern, 10-18
Click and Drag, 6-8
Coil and Thread, 13-7
Coincident Constraint, 2-11, 5-7
Colinear Constraint, 5-7
Collision Detection, 14-27, 15-30
Command Toolbar, 1-9
Computer Geometric Modeling, 1-2
Concentric Constraint, 2-11, 5-7
Constrained Move, 13-17
Constraint, Delete, 5-12
Constraints Suppression, 15-33
Constraints, Geometric, 2-11, 5-3, 5-7
Constraints Settings, 5-17
Constraint, Show, 5-5
Constraints Box, 5-6
Constraints Box, Pin, 5-6
Constraints and Load (FEA), 16-14
Construction Geometry, 10-13
Construction Lines, 10-15
Constructive Solid Geometry, 3-3
Contact Set, 15-32
Contact Solver, 15-31
Content Center, 14-3, 14-11
Coordinate Systems, 2-7
Copy, 15-14
Copy Component , 14-15
Create Component, 13-26
Create Feature, Extrude, 13-27
CSG, 1-5, 3-3Index-II Parametric Modeling with Autodesk Inventor
Cut, All, 2-34
Cut, Boolean, 3-3
Cut, Extrude, 2-33
Cutting Plane Line, 10-25
Cylindrical Pins, 14-12
D
Dashed Line, Constraint, 2-11
Data management, 1-15
Default Sketch Plane Setting, 7-5
Define New Border, 10-21
Define New Title Block, 10-22
Degrees of Freedom (DOF), 13-11
Delete Assembly Constraints, 13-30
Delete Constraints, 5-12
Delete Dimension, Drawing, 8-18
Delete Feature, 7-24
Design Intent, 1-6, 2-3, 3-8
Design Reuse, 2D, 15-3
Design the Way You Think, 1-6
Difference, Boolean, 3-3
Dimensions, Retrieve, 9-23
Dimension Display, 3-12
Dimension, Edit, 2-15
Dimension Format, 3-12
Dimension General, 2-12
Dimension Style, 8-7
Dimension Type, Aligned, 9-23
Dimension Reposition, 3-13
Dimensional Constraints, 5-3, 5-20
Dimensional Values, 5-20
Dimensional Variables, 5-20
DIN Standard, 8-6
Direct Adaptive Design, 1-6, 13-3
Display Modes, 2-25
Distance, Holes, 3-25
Document Settings, 3-12
DOF Visibility, 13-11
Drag Geometry, 5-10
Drawing Annotation, 8-15
Drawing Layout, 8-3
Drawing Mode, 8-4
Drawing Resources, 8-8
Drawing Review Panel, 15-5
Drawing Screen, 1-9
Drawing Sheet Formats, 8-8
Drawing Sheet Formats, Editing, 8-10
Drawing Template, 10-23
Drawing Units Setup, 8-6
Drawing Views, Scale, 8-13
Drill Size, 3-26
Drive Constraint, 15-29
Drive Constraint- Record, 14-25
Driven Dimensions, 5-11
DWG Files, 15-3
Dynamic Pan, 2-20
Dynamic Rotation, 2-21
Dynamic Viewing, 2-20
Dynamic Viewing, Quick Keys, 2-20
Dynamic Zoom, 2-20
E
Edit Dimension, 4-13
Edit Model Dimension, 8-25
Edit Parts List, 13-35
Edit Sheet, 8-10
Edit Sketch, 4-18
Edit Feature, 4-17
Edit Model Dimension, 10-30
Edit Sheets, 8-10
Edit View, 8-13
Equal Constraint, 5-7
Equations, 5-23
Esc, 1-13
EXIT, 1-19
Exit Marker, 2-19
Exploded View, Assembly, 13-23
Extend, 6-11
Extrude, 2-16
Extrude, Create Feature, 13-27
Extrude, Cut, 2-34
Extrude, Cut, All, 2-34
Extrude, Direction, 2-34
Extrude, Join, 3-21
Extrude, Join, To, 4-11
Extrude, Symmetric, 4-8
Extrude, To Next, 4-16
F
F2, Pan, 2-20
F3, Zoom, 2-20
F4, 3D Rotate, 2-21Parametric Modeling with Autodesk Inventor Index-Ill
F6, Isometric View, 2-17
Face, 12-13
Feature Based Modeling, 1-6
Feature, Delete, 7-24
Feature Dimensions, Retrieve, 8-15
Feature, Edit Sketch, 4-18
Feature, Pattern, 10-13
Feature, Rename, 4-12
Feature, Show Dimensions, 4-13
Feature Suppression, 7-23
File Folder, 1-14
FILLET, 2-D, 4-19
FILLET, 3-D, 11-19
Fillet, Radius, 4-19
Finish Sketch, 2-16
Finite Element Analysis (FEA), 16-2
FEA Simulation, 16-12
Solver (FEA), 16-17
First Angle Projection, 8-6
Fix Constraint, 5-7
Flange and Contour Flange, 12-15
Flat Pattern, 12-24, 12-30
Flattened Length, 12-26
Flip Direction, Extrude, 3-20
Flush Constraint, 13-13, 13-18
Fold Feature, 12-23
Fold Location, 12-23
Folder, Create New, 1-15
Format, Dimensions, 3-12
Format Text, 9-30
Fully Constrained Geometry, 5-3
G
GB Standard, 8-6
General Dimension, 2-12
General Dimension, Drafting, 8-19
Get Model Dimension, 8-17
Getting Started Toolbar, 1-8
Geometric Constraint, 5-3, 5-7
Geometric Constraint Symbols, 2-11
Global Space, 2-25
Graphics Cursor, 1-12
Graphics Window, 1-9, 1-12
GRID Interval Setup, 3-9
H
Help, 1-13
Help Line, 1-9
Help Options, 1-13
Hidden Edge, Display, 2-23
Hidden Line Removed, 8-11
Hidden Line Removed, Section View,
10-25
Hide All Constraints, 6-13
Hide Dimensions, 8-17
Hide Values, 8-17
History Access, 4-2
History-Based Modifications, 4-3, 4-18
History Tree, 4-3
Hole, Placed Feature, 3-25
Holes, Through All, 4-15
Horizontal Constraint, 2-11, 5-7, 5-8
HTML Report, 16-24
II
AM, 1-8
IDW, 1-8
Indicator, 3D, 1-9
Insert Constraint, 13-12, 13-14, 13-20
Interference Analysis, 14-3
INTERSECT Boolean, 3-3
Inventor English Templates, 10-23
IPN, 1-8
iProperties, 4-21
IPT, 1-8
ISO Standard, 8-6
Isometric View, 2-17
J
JIS Standard, 8-6
JOIN, Boolean, 3-3
Join, Extrude, 3-21
K
K-Factor, 12-6
L
Leader, Text, 8-32
Leading Zeros, 8-7
LINE Command, 2-10Index-IV Parametric Modeling with Autodesk Inventor
Line Weight Setting, 8-7
Linear Diameter, 10-7, 10-8
Local Coordinate System (LCS), 2-7
Local Element Size (FEA), 16-20
Local Update, 4-13
Loft, 11-4, 11-14
Look At, 7-18
M
Mate Constraint, 13-12, 13-13
Materials, 13-37
Measure Angle, 15-8
Measure Area, 3-13
Measure Distance, 3-13, 15-6
Mesh, 16-16
Message Area, 1-13
Middle Out Approach, 13-4
Mirror Feature, 10-11
Mirror Plane, 10-11
Model Dimensions Format, 3-10
Model Space, 8-4
Model Parameters, 5-23
Modeling Process, 2-3
Modify Dimensions, 3-12, 4-13
Motion Analysis, 14-3
Mouse Buttons, 1-13
Move Component, 13-23
N
NavigationWheel, 2-23
New, Open, 1-8
New Drawing, 9-18
New File, 9-18
New Part, 5-17
New Single User Project, 1-17
No New Sketch, 7-5
o
Object Visibility, 9-11
Offset Features, 6-23
Offset, Work Plane, 9-15
On-Line Help, 1-14
Options, Application, 7-5
Orbit, 3D, 2-21
Orbit, NavigationWheels, 2-23
Order of Features, 3-9
Orthographic Camera, 2-25
Orthographic Projections, 8-12
Orthographic vs. Perspective, 2-25
Over-Constraining, 5-11
P
Pan Button, 8-21
Pan Realtime, 2-20
Paper Space, 8-4
Parallel Constraint, 2-11, 5-7
Parent/Child Relations, 7-3
Parameters, 5-23
Parametric, 1-6
Parametric, Benefits, 1-6
Parametric Equations, 5-23
Parametric Modeling, 1-6
Parametric Part Modeling Process, 2-3
Part Browser, 4-6
Parts List, 13-34
Paste, 15-12
Pattern, 10-13
Pattern Leader, 10-13
Perpendicular Constraint, 2-11, 5-7
Perspective View, 2-23
Physical Properties, iProperties, 4-21
Pin icon, Assembly, 13-10
Place Component, 13-9
Place Constraint, 13-12
Placed Feature, 3-25
Precision, 8-25
Primitive Solids, 3-3
Profile, 5-3, 6-19, 6-21
Profile Button, 2-30
Projected Geometry, 9-10
Projects, 1-15
Project Geometry, 7-7
Projected Views, 8-12
Pull-down Menus, 1-9, 1-10
Q
Quick Access Toolbar, 1-11
Online Help System, 1-11
Quit, 1-14Parametric Modeling with Autodesk Inventor Index-V
R
Record, Drive Constraint, 14-25
RECTANGLE Command, 3-9
Rectangular Pattern, 11-28
Reference Dimensions, 8-19
Reference Geometry, 7-3, 7-4
Reference Planes, 7-3, 7-6
Refinement (FEA), 16-18
Relations, 5-3
Remove, Auto Dimension, 6-17
Remove Faces, 11-20
Rename, Feature, 4-11
Rendering, 2-25
Repositioning Views, 8-14
Retrieve Dimensions, 9-23
Retrieve all model dimensions on view
placement, 10-24
Revolve, 10-10
Revolve, Full, 10-10
Revolved Feature, 10-3
Ribbon, 1-10
Rotate Component, 13-23
Rotation Axis, 10-19
Rough Sketches, 2-8
s
SAVE, 2-33
Save Border,10-22
Save Title Block,10-22
Scale Realtime, 2-20
Scale, Section View, 10-26
Screen Layout, 1-10
Scroll Box, 2-11
Section Views, 10-25
Select Dimensions, 8-16
Select View, 8-16
Select Features, 9-23, 10-28
Select Parts, 9-23
Shaded, Display, 2-25
Sheet Formats, 8-8
Sheet Metal Modeling, 12-5
Sheet Metal View, 12-29
SHELL, 11-4, 11-20
Show Constraints, 5-5
Show Dimensions, 4-13
Show Scale, Section View, 10-26
Single Dimension Line, 8-20
Single Line Help, 1-9
SIZE and LOCATION, 5-3
Sketch, Command, 2-7
Sketch Plane, 2-7
Sketch Plane Setting, 7-5
Sketch Toolbar, 1-9
Snap Interval Setup, 3-8
Snap to Grid Option, 3-8
Solid Modeler, 1-5
Solver (FEA), 16-17
Standard Toolbar, 1-9
Startup Window, 1-8
Status Bar Area, 1-9
Stress Analysis Module, 16-11
Style and Standard Editor, 7-30
Styles Editor, 8-6
Style Option, Construction/Normal,
10-16
Suppress Features, 7-23
Surface Modeler, 1-4
Sweep, 11-4, 11-21
Sweep Path, 11-30
Sweep Section, 11-26
Swept Feature, 11-4, 11-26
Symmetrical Features, 10-3
T
Table Layout, 13-37
Tangent Constraint, 2-9, 5-7, 13-12,
13-14
Tangent Edges, 8-13
Template, Drawing, 10-23
Text, Creating, 8-23
Text Leader, 8-32
Thin Shell, 11-20
Third Angle Projection, 8-6
Thread, 13-7
3D Grips, 14-28
Three Dimensional Annotations in
Isometric Views, 8-27
Through All, 3-26
Title Block, New, 10-22
Trim and Extend, 6-11
Toolbars, 1-9
Tools, 3-12Index-VI Parametric Modeling with Autodesk Inventor
Top Down Approach, 13-4
2D Design Reuse, 15-10
2D Draw Toolbar, 1-12
Two-Dimensional View, 2-21
Two-Point Rectangle, 3-10
u
Undo, 15-13
Union, Boolean, 3-3
Units Setup, 1-8
Units Setup, Metric, 3-7
Unsuppress Features, 7-23
UPDATE Part, 4-13, 8-25
User Coordinate System (UCS), 2-7
User Parameters, 5-23
V
Vertical Constraint, 2-9, 5-7
View, Edit, 8-13
View, Scale, 8-13
View, Style, 8-13
ViewCube, 2-19
Visibility, 7-6
Visual Syllabus, 1-13
W
What’s New, 1-8
Wireframe Ambiguity, 1-4
Wireframe, Display, 2-25
Wireframe Modeler, 1-4
Work Axis, 7-6
Work Features, 9-3
Work plane, 9-3
Work Plane, Angle, 9-9
Work Plane, New, 9-9
Work Plane, Offset, 9-15
Work Plane, Visibility, 7-6
World Space, 2-7
X
XY-Plane, 7-3
XZ-Plane, 7-25
Y
YZ-Plane, 7-2
Z
Zoom All, 9-31
ZOOM Realtime, 2-20
Zoom, NavigationWheel, 2-23
ZX-Plane, 7-3
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