Edu Cat en v5f Ff v5r18 Toc

8/14/2019 Edu Cat en v5f Ff v5r18 Toc

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CATIA V5 Fundamentals

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Lesson 1: Introduction (2/3)

Opening an Existing Document 1-28

Understand the CATIA Interface 1-29

Windows Philosophy 1-30

Introduction to V5 Documents 1-34

The Workbench Concept 1-35CATIA User Interface 1-36

Workbenches 1-38

Menus and Toolbars 1-39

Finding Tools 1-41

The Specification Tree 1-42

Manipulating the Specification Tree 1-43Selecting Objects with the Mouse 1-44

The Object/Action and Action/Object Approaches 1-45

Using the CATIA Dialog Boxes 1-46

Using Dialog Boxes and Right-click 1-48

Moving Objects with the Mouse 1-49

Compass 1-51

Graphic Properties 1-52


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Lesson 2: Profile Creation (1/3)

Case Study: Profile Creation 2-2Design Intent 2-3Stages in the Process 2-4Create a New Part 2-5

Creating a New Part 2-6Part Design Workbench 2-7

Select an Appropriate Sketch Support 2-8Reference Planes 2-9What is a Sketch? 2-10Sketch Support 2-11

Create Sketched Geometry 2-13

Basic Sketching 2-14Positioned Sketching 2-15Sketcher Workbench 2-16Grid 2-17

Geometry Creation 2-18

Points 2-19

Lines 2-20

Circles 2-21 Ellipse, Parabola, Hyperbola, and Spline 2-22

Conics 2-23

Pre-defined Profiles 2-24

User-defined Profiles 2-26

Introduction to Re-limitations 2-27


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Construction Geometry 2-28Recommendations for Sketching 2-29

Why Positioned Sketch? 2-30

Creating a Profile: Which are the Best Tools to Use? 2-34

When to Use Fillet, Chamfer, Draft? 2-35

Exercise: Profile Creation (Detailed Instructions) 2-37Do it Yourself 2-38

Exercise: Profile Creation (Limited Instructions) 2-48Do it Yourself 2-49

Exercise: Multiple Profile Creation 2-51Do it Yourself 2-52

Constrain the Sketch 2-54Constraining the Sketch 2-55Geometric and Dimensional Constraints 2-56Fully-Constrained Sketches 2-57Geometric Constraints 2-58Dimensional Constraints 2-60Recommendations for Constraining 2-61

Sketch in Context 2-62

Sketcher Orientation 2-64 Tips on Initial Sketch Geometry 2-66

Tips on Constraint Creation 2-68

Controlling the Constraint Dimension Direction 2-69


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Create the Pad Feature 2-70

Completing the Feature 2-71

Using a Pad to Create the First Feature 2-72

Save and Close the Document 2-73

Saving Documents 2-74Saving a Document with a New Name 2-76

Closing a Document 2-77

To Sum Up 2-78

Exercise: Sketch Constrains (Detailed Instructions) 2-79

Do it Yourself 2-80

Exercise: Sketch Constrains (Limited Instructions) 2-91

Do it Yourself 2-92

Exercise: Sketch Constrains 2-98

Do it Yourself 2-99

Case Study: Profile Creation 2-101

Do It Yourself: Drawing of the Support Plaque 2-102Case Study: Support Plaque Recap 2-103


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Lesson 3: Basic Features (1/3)

Basic Features in Part Design 3-2

Case Study: Basic Features 3-3

Design Intent 3-4

Stages in the Process 3-5

Determine a Suitable Base Feature 3-6Part Design Terminology 3-7

Creating a Base Feature 3-8

Selecting a Base Feature 3-9

Selecting a Base Feature - Exercise 3-10

Selecting a Base Feature - Answers 3-11

Features that Add or Remove Material 3-12

Create Pad and Pocket Features 3-14

Creating Pads 3-15

Creating a Simple Pocket 3-16

Pad and Pocket Limits 3-17

Restrictions for Pad/Pocket Profile Sketches 3-18Open Profiles 3-19

Create Holes 3-20


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What is a Hole? 3-21

Using Pockets or Holes 3-22

Hole Creation Using a Positioning Sketch 3-23

Hole Creation Using Pre-defined References 3-24

Create Fillets and Chamfers 3-26What is a Fillet? 3-27

Selection and Propagation Modes 3-28

Filleting an Edge 3-29

Face-Face Fillets 3-30

Variable Radius Fillets 3-32

What is a Chamfer? 3-34Chamfer Dimensioning Mode 3-35

Creating a Chamfer 3-36

Recommendations for Fillets 3-37

Why One Fillet for Few Edges? 3-38

To Sum Up 3-40

Exercise: Basic Features Creation (Detailed Instructions) 3-41

Do it Yourself 3-42

Exercise: Basic Feature Creation (Limited Instructions) 3-50


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Do it Yourself 3-51

Exercise: Basic Features Creation 3-56

Do it Yourself 3-57

Exercise: Edge and Face-Face Fillets 3-59

Do it Yourself 3-60Case Study: Basic Features 3-62

Do It Yourself: Drawing of the Engine Support 3-63

Case Study: Engine Support Recap 3-65


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Lesson 4: Additional Features (1/4)

Case Study: Additional Features 4-2Design Intent 4-3Stages in the Process 4-5Create Feature Profiles and Axis system 4-6

Additional Sketcher Tools 4-7

Sketcher Relimitation Tools 4-8 Sketcher Re-limitation Tools 4-8

Re-limitations 4-9

Trim Options 4-10

Quick Trim Options 4-11Sketcher Transformation Tools 4-12

Mirror and Symmetry Options 4-13

Translation 4-14 Rotation 4-16

Scale 4-18

Offset Propagation Modes 4-20

Offset 4-21Project 3D Elements 4-23

3D Geometry Elements 4-24

Isolate Projected Elements 4-25Sketch Analysis 4-26

Sketch Analysis Window 4-27

Performing a Quick Geometry Diagnosis 4-30


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Create Relationships between Dimensions 4-32

Create Relationships between Dimensions 4-32

Equivalent Dimensions 4-33

Creating Equivalent Dimensions 4-34

Editing Equivalent Dimensions through Feature Tree 4-35

Formula 4-36 Creating a Formula 4-37

Editing Formula through Feature Tree 4-38

Create an Axis System 4-39

Create an Axis System 4-39

Types of Axis System 4-40

Creating an Axis System 4-41

Axis System: Set as Current 4-42 Axis System with New Part 4-43

Create Multi-profile Sketch Features 4-44Multiple Profiles 4-45Multi-Pads/Pockets 4-46Solving Ambiguity for Multi-Pads/Pockets 4-48Sub-Elements of a Sketch 4-49

Solving Ambiguity for Sub-Elements 4-51Exercise: Multiple Profile Sketch Features (Detailed Instructions) 4-53

Do it Yourself 4-74

Exercise: Sketch Analysis and Pocket (Limited Instructions) 4-71Do it Yourself 4-72


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Exercise: Shaft and Groove 4-124Do it Yourself 4-125

Shell the Model 4-127Shelling 4-128

Shelling a Part 4-129

Recommendations for Shelling 4-131 Avoid Shell with Multiple Thickness 4-132

Importance of Feature Order 4-133Thin Features 4-134

To Sum Up 4-136Exercise: Thin Pad and Shell (Detailed Instructions) 4-137

Do it Yourself 4-138

Exercise: Pad, Fillet, Hole and Shell (Limited Instructions) 4-145Do it Yourself 4-146

Exercise: Thin Pad, Shell and Holes 4-151Do it Yourself 4-152

Case Study: Additional Part Features 4-154Do It Yourself: Drawing of the Handle Block 4-155


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Lesson 5: Dress-up Features (1/3)

Case Study: Dress-up Features 5-2Design Intent 5-3Stages in the Process 5-4Apply a draft 5-5

What is a Draft? 5-6

Basic Drafts 5-8Reflect Draft 5-10Variable Draft 5-12Selecting Faces to Draft 5-14Using the Draft Analysis Tool 5-15Recommendations for Drafts 5-16

Parting and Neutral Elements 5-17

Create Fillets After Drafts 5-18 Dress-Up Feature Order 5-19

Create a stiffener 5-20Introduction to Stiffeners 5-21Creation of Stiffeners 5-22

Recommendations for Stiffeners 5-24

Avoid Creation of Stiffeners 5-25

Exercise: Stiffeners and Draft (Detailed Instructions) 5-26Do it Yourself 5-27

Exercise: Reflect Draft (Limited Instructions) 5-34


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Lesson 5: Dress-up Features (2/3)

Do it Yourself 5-35

Exercise: Stiffeners and Draft 5-41

Do it Yourself 5-42

Create Threads and Taps 5-44

What are Threads and Taps? 5-45Thread and Tap 5-47

Exercise: Thread and Tap (Detailed Instructions) 5-49

Do it Yourself 5-50

Exercise: Thread 5-62

Do it Yourself 5-63

Edit Features 5-65

Editing Features 5-66

Model View Options 5-67

Hide/Show 5-68

Investigating the Model 5-70

Parent-Child Relationships 5-72

Why Reorder Features? 5-73

Reordering Features 5-74


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Lesson 6: Reusing Data (1/3)

Case Study: Reusing Data 6-2Design Intent 6-3Stages in the Process 6-4Duplicate Features 6-5

Introduction to Duplicating Features 6-6

Mirror 6-7Patterns 6-8

Reusing Data 6-1

Case Study: Reusing Data 6-2

Design Intent 6-3


Duplicate Features 6-5

Introduction to Duplicating Features 6-6 Mirror 6-7

Patterns 6-8

Rectangular Patterns 6-9

Circular Patterns 6-11

User Patterns 6-14

Recommendations for Patterns 6-16

Exploding a Pattern 6-17


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Removing Individual Instances in a Pattern 6-18

Keep Specification 6-19

Contextual Menus 6-20

Exercise: Patterns (Detailed Instructions) 6-21Do it Yourself 6-22

Exercise: Patterns (Limited Instructions) 6-33Do it Yourself 6-34

Exercise: Patterns 6-38Do it Yourself 6-39

Transform a Body 6-41Using Transformations 6-43Translation 6-44

Rotation 6-46Symmetry 6-47Scaling 6-49Recommendations for Transformations 6-50

Differences in Transformations 6-51

Scaling the Part to Define Mold Shrink 6-52

Copy-Paste 6-53

Copy and Paste Data 6-54


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Insert Data from a Catalog 6-57

Introduction to Catalogs 6-58

Power Copy 6-60

User Feature 6-63

Catalog Creation 6-64

Inserting Catalog Items 6-65

To Sum Up 6-68

Exercise: Part Transformation and Catalog (Detailed Instructions) 6-69

Do it Yourself 6-70

Exercise: Patterns Modifications (Limited Instructions) 6-80

Do it Yourself 6-81

Exercise: Pattern and Catalog 6-85

Case Study: Reusing Data 6-88

Do It Yourself: Drawing of the Engine 6-89


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Lesson 7: Finalizing Design Intent (1/2)

Case Study: Finalizing Design Intent 7-2

Design Intent 7-3


Apply Material Properties 7-6

Material Properties 7-7Applying Material Properties 7-8

Viewing Material on the Model 7-10

Measure the Model 7-11

Measure Between Modes 7-15

Measure Between 7-16

Measure Item 7-18

Components Option 7-20

Mass Properties 7-22

Measure Inertia 7-23

Creating Measurement Geometry 7-25

Update 7-27

Exercise: Material and Measures (Detailed Instructions) 7-28

Do it Yourself 7-29


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Lesson 7: Finalizing Design Intent (2/2)

Exercise: Material and Measures (Limited Instructions) 7-41Do it Yourself 7-42

Create Formulas and Parameters 7-45Formulas 7-46

Identifying Parameters 7-47

Creating User-Defined Parameters 7-48Renaming Parameters 7-50Filters 7-51Creating Formulas 7-52

Creating a Formula Using the Formula Dialog Box 7-53

Creating a Formula by Editing the Dimensional Value 7-55Recommendations for Formulas 7-57

Units 7-58

Displaying Formulas and User-Defined Parameters 7-60

To Sum Up 7-61Exercise: Parameter and Formula (Detailed Instructions) 7-62

Do it Yourself 7-63

Exercise: Parameter and Formula (Limited Instructions) 7-76Do it Yourself 7-77

Exercise: Parameter and Formula 7-85Do it Yourself 7-86

Case Study: Finalizing Design Intent 7-90Do It Yourself: Finalizing Design Intent 7-91


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Lesson 8: Assembly Design (1/3)

Introduction to Assembly Design 8-2

Terminology 8-3

Case Study: Assembly Design 8-4

Design Intent 8-5

Stages in the Process 8-6Create a New CATProduct 8-7

Defining a New Assembly Document 8-8

Assigning Product Properties 8-9

Assemble the Base Component 8-10

Inserting an Existing Component 8-13

Assigning Component Properties 8-15

Manipulate the Position of the Component 8-17

Positioning the Compass to Move a Component 8-19

Moving a Component Using the Compass 8-20

Snapping Components 8-22

Fixing a Component in Space 8-23Fixing a Component 8-25

Can You Reorder a Product Structure? 8-27


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Lesson 8: Assembly Design (3/3)

Fixing Together Components 8-63

Recommendation for Constraints 8-64

Constraint Rules 8-66

Assembly Assistant 8-67

Updating Constraints 8-68

Options For Updating Assembly Constraints 8-70

Handling Update Errors 8-71

Save the Assembly 8-72

Saving an Assembly Document 8-73

Saving a Document With Another Name 8-74

Saving All Modified Documents 8-75Save Management 8-76

To Sum Up 8-77

Exercise: Constrain Components (Detailed Instructions) 8-78

Do it Yourself 8-79

Exercise: Constraints Creation (Limited Instructions) 8-87

Do it Yourself 8-88

Exercise: Degrees of Freedom 8-93

Do it Yourself 8-94

Case Study: Assembly Design 8-96

Do It Yourself: Drawing of the Handle Mechanism 8-97


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Lesson 9: Designing in Context (1/3)

Working in the Context of an Assembly 9-2

Case Study: Designing in Context 9-3

Design Intent 9-4


Open an Existing Assembly 9-6Opening an Existing Assembly 9-7

Desk Option 9-8

Design and Visualization Mode 9-10

Visualization Mode 9-11

Working in Visualization Mode 9-13

Exercise: Visualization and Design Modes (Detailed Instructions) 9-15

Do it Yourself 9-16

Exercise: Visualization and Design Modes (Limited Instructions) 9-24

Do it Yourself 9-25

Insert a New Model 9-28

Inserting a New Model 9-29Inserting a New Part 9-30

Inserting a New Product 9-32


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Inserting a New Component 9-33

Component Properties Revisited 9-34

Create a Sketch in Context 9-35

Editing a Part 9-36

Sketching On a Face Of a Component 9-37

Projecting 3D Elements Onto the Sketch Plane 9-38

Intersecting 3D Elements with the Sketch Plane 9-39

Defining Sketch Constraints Using Other Components 9-40

Limiting Features Up to Other Components 9-41

References and Options 9-42

Isolating Features 9-44Create Assembly-Level Features 9-45

Assembly-Level Features 9-46

Assembly-Level Features 9-48

What are Assembly Features? 9-50

What are Affected Parts? 9-53

Specifying Affected Parts 9-54Creating an Assembly Split 9-55


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Creating an Assembly Hole 9-56

Using Hole Series 9-57

Creating an Assembly Pocket 9-58

Adding a Body to an Assembly 9-59

Removing a Body from an Assembly 9-60

Cautions About Designing in Context 9-61

To Sum Up 9-62

Exercise: Design in Context (Detailed Instructions) 9-63

Do it Yourself 9-64

Exercise: Design in Context (Limited Instructions) 9-72

Do it Yourself 9-73Exercise: Design in Context 9-79

Do it Yourself 9-80

Case Study: Designing in Context 9-83

Do It Yourself: Designing in Context 9-84

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Lesson 10: Drafting (1/4)

Case Study: Drafting 10-2

Design Intent 10-3


Introduction to Generative Drafting 10-5

General Process 10-6Accessing the Workbench 10-7

The Drawing Environment 10-8

Start a New Drawing 10-10

Setting the Drawing Sheet Format and Drafting Standards 10-11

Starting a Drawing with a Blank Sheet 10-12

Sheet Properties 10-13

File > New from 10-14

Drawing Title Blocks 10-15

Introduction to 2D Catalogs 10-17

Inserting Catalog Items 10-18

Create Views 10-20

Types of Views 10-21

What is a Front View ? 10-22

CATIA V5 F d t l


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Creating a Front View 10-23

Using the Compass 10-25

About the Projection Plane 10-28

Adding Projection Views 10-29

Adding an Isometric View 10-30

View Wizard 10-31

Generating views using the View Wizard 10-32

Different Modes of View Generation 10-35

CGR Views 10-36

Which Elements Will Be Projected? 10-37

Create Dimensions and Annotations 10-38Dimensions 10-39

Dimensions System 10-40

Types of Dimension Locators 10-41

Creating Dimensions 10-43

Dimensioning a Length 10-45

Dimensioning a Distance 10-46Dimensioning a Hole 10-47

Dimensioning a True Length 10-48

Dimensioning a Simple Angle 10-49

Dimensioning a Simple Radius 10-50



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Dimensioning a Diameter 10-51Dimensioning a Chamfer 10-52Dimensioning a Thread 10-53Chain Dimensions 10-54Stacked Dimensions 10-55Cumulated Dimensions 10-56Annotations 10-58

Create Additional Views 10-59Section Views and Section Cut 10-60Adding a Simple Section View on a Drawing 10-61Creating a Section View Using a 3D Profile Definition 10-62Adding a Detail View 10-63Creating a Clipping View 10-64Creating a Broken View 10-65Creating a Breakout View 10-66Adding an Auxiliary View 10-67

View Modifications 10-68Repositioning Views 10-69Deleting Views 10-74

View Properties 10-75Modifying the Links of a View 10-76Replacing the Projection Plane of a View 10-78Invert Section View Profile 10-80Replace Section View Profile 10-81



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Save the Drawing 10-82

Matching the Drawing with the Modified 3D Part 10-83

Checking Links to 3D Parts 10-84

Saving a Drawing 10-86

Print the Drawing 10-87

Printing a Drawing 10-88

Print User Interface 10-89

To Sum Up 10-91

Exercise: Drawing Creation (Detailed Instructions) 10-92


Exercise: Drawing Creation (Limited Instructions) 10-105Do it Yourself 10-106

Exercise: Drawing Creation 10-110


Case Study: Drafting 10-113

Do It Yourself: Drawing of the Base Part 10-114



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Master Project

Master Project: Overview A-2

Master Project: Overview Recap A-5

Master Project: Part Creation A-6

Master Project: Part Creation Recap A-17

Master Project: Finalize the Part A-18Master Project: Finalize the Part A-19

Master Project: Finalize the Part Recap A-23

Master Project: Create an Assembly A-24

Master Project: Create an Assembly A-25

Master Project: Create an Assembly Recap A-32

Master Project: Edit a Part in an Assembly A-33Master Project: Edit a Part in an Assembly A-34

Master Project: Edit a Part in an Assembly Recap A-36

Master Project: Create an Assembly Drawing A-37

Master Project: Create an Assembly Drawing A-38

Master Project: Create an Assembly Drawing Recap A-39

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