Creo Parametric Modeling with Augmented Reality E-Book

Ulan Dakeev

• Herausgeber: John Wiley & Sons
• Kategorie: Fachliteratur
• Sprache: Englisch

Seitenzahl: 177

Veröffentlichungsjahr: 2023

Beschreibung

Creo Parametric Modeling with Augmented Reality Tutorial-based introduction to 3D Modeling with Creo Parametric, including images to be scanned and viewed using an AR mobile app Using a tutorial approach, Creo Parametric Modeling with Augmented Reality provides an introduction to the modeling techniques and functionality of Creo Parametric, beginning with an overview of parametric design and Creo's sketching capabilities and 3D tools; proceeding through design methods and skills related to patterns, dimensions, sections, assemblies, and tolerances and GD and concluding by connecting Creo's capabilities to the more specialized skills of Finite Element Analysis, mechanism animation, and sheet metal design. Each chapter includes highly visual, step-by-step examples that readers can follow to develop their modeling skills. The tutorials can be used on their own or in conjunction with an AR mobile app that allows select images to be viewed as 3D images that can be rotated, scaled, and exploded/collapsed. The text helps readers to visualize and assess model relationships, history, measurements, and mass properties. Written by a highly qualified author with experience in both academia and industry, Creo Parametric Modeling with Augmented Reality includes information on: * Parametric design foundational concepts, sketcher and 3D tools, revolved features and sweeps, patterns, and drawings and dimensions * Sections, auxiliary, and detail views, assemblies, assembly drawings, tolerances and GD&T, finite element analysis, and mechanism animations * How to use Creo software to interpret and communicate with 3D solid models and define their design intent and constraints * How to use current computer aided engineering graphics software, recognize and apply standard graphical principles, and utilize CAD software to create models, drawings, and assemblies With no fluff and many visual learning aids, Creo Parametric Modeling with Augmented Reality is an essential resource for engineering students learning 3D modeling for the first time, as well as for practicing engineers who need to brush up on their Creo Parametric skills.

Leseprobe

Table of Contents

Cover

Title Page

Copyright Page

CHAPTER 1: Introduction to Parametric Design

1.1 Introduction

1.2 Introduction to Computer‐Aided Design

CHAPTER 2: Introduction to Sketch

2.1 Introduction

Chapter Problems

CHAPTER 3: Revolve and Sweep

3.1 Introduction

Chapter Problems

CHAPTER 4: 3D Features/Modifiers

4.1 Introduction

Chapter Problems

CHAPTER 5: Introduction to Drawing

5.1 Introduction

Chapter Problems

CHAPTER 6: Drawing Tools

6.1 Introduction

Chapter Problems

CHAPTER 7: Assemblies

7.1 Introduction

Chapter Problems

CHAPTER 8: Assembly Drawings

8.1 Introduction to ASM Drawings

Chapter Problems

CHAPTER 9: Geometric Dimensioning and Tolerancing GD&T

9.1 Introduction

Chapter Problems

CHAPTER 10: Finite Element Analysis (FEA)

10.1 Introduction

Chapter Problems

CHAPTER 11: Mechanism Assembly

11.1 Introduction

Chapter Problems

CHAPTER 12: Sheetmetal Modeling

12.1 Introduction

Chapter Problems

Appendix - Augmented Reality Companion Application and Image Targets

Index

End User License Agreement

List of Tables

Chapter 1

TABLE 1.1

Naming Conventions Used in Creo Parametric in this Book

Chapter 9

TABLE 9.1

GD&T Symbols and Their Descriptions

TABLE 9.2

Types of Errors (Deviations) That May Occur During the Part Produ

...

List of Illustrations

Chapter 1

FIGURE 1.1 Creo Installation Folder

FIGURE 1.2 Creo Installation Assistant

FIGURE 1.3 Creo License Agreement

FIGURE 1.4 Creo Installation Assistant

FIGURE 1.5 Creo Parametric Welcome Screen

FIGURE 1.6 (a) Left Mouse Button (LMB), (b) Middle Mouse Button (RMB), (c) R...

FIGURE 1.7 QR Link to Download and Install the AR Companion App

FIGURE 1.8 AR Companion App Projecting 3D Models

Chapter 2

FIGURE 2.1 Working Directory

FIGURE 2.2 Click “New” to start a new project

FIGURE 2.3 Model Selection

FIGURE 2.4 Unit Selection

FIGURE 2.5 Creo Parametric Work Environment

FIGURE 2.6 Sketch Tool

FIGURE 2.7 Select a Datum to Initiate Sketch

FIGURE 2.8 Sketch Lines Starting from the Origin

FIGURE 2.9 Creo Automatically Adds Weak (Driven) Dimensions on Objects

FIGURE 2.10 Use Equal Constraint When Lines Are Equal Length

FIGURE 2.11 Dimension Tool

FIGURE 2.12 Strong Dimensions Are Defined

FIGURE 2.13 Use Modify Tool to Enter Values at Once

FIGURE 2.14 Uncheck Regenerate to Keep Shape Unaltered

FIGURE 2.15 Alinging Circle

FIGURE 2.16 Constraints

FIGURE 2.17 Strong and Accurate Values

FIGURE 2.18 Fillet Tool

FIGURE 2.19 Define Weak Dimension

FIGURE 2.20 Strong Dimension and Value

FIGURE 2.21 Accept Sketch Once All Values Are Accurate and Strong, with Shad...

FIGURE 2.22 Extrude Tool

FIGURE 2.23 Enter Extrude Value

FIGURE 2.24 Review Complete Part

FIGURE 2.25 Add Counterbore Holes on Surface

FIGURE 2.26 Extrude to Remove Material

FIGURE 2.27 Review Completed Part

FIGURE 2.28 Develop This Part If Your Student ID Ends with ODD Number

FIGURE 2.29 Build This Part If Your Student ID Ends with EVEN Number

FIGURE 2.30 Projected Orthogonal Views for Base

FIGURE 2.31 Link

FIGURE 2.32 Pin

FIGURE 2.33 Retaining Ring

Chapter 3

FIGURE 3.1 Pipes

FIGURE 3.2 Bowling Pins.

FIGURE 3.4 Cans

FIGURE 3.5 Sketch Tool

FIGURE 3.6 Sketch Orientation Parallel to screen

FIGURE 3.7 Geometry Centerline

FIGURE 3.8 Geometry Centerline in Sketch

FIGURE 3.9 Sketch Sequence

FIGURE 3.10 Weak Dimensions (Light Blue Color)

FIGURE 3.11 Dimension Tool

FIGURE 3.12 Strong Dimension (Purple Color)

FIGURE 3.13 Select “Modify” tool to edit

FIGURE 3.14 The Sketch Must Be Shaded and Driving Dimensions Should Be Accur...

FIGURE 3.15 Accept Sketch

FIGURE 3.16 Revolve Tool

FIGURE 3.17 Revolved Feature to 360°

FIGURE 3.18 Complete Wind Shroud

FIGURE 3.19 Radiator Hose

FIGURE 3.20 Circle Tool

FIGURE 3.21 Sketch Two Equal Diameter Circles

FIGURE 3.22 Connect Two Circles with Tangent Line

FIGURE 3.23 Horizontal Constraint

FIGURE 3.24 Trim Excessive Lines (Use Delete Segment tool)

FIGURE 3.25 (a) Delete Segment Tool, (b) Trajectory Line with Weak Dimension...

FIGURE 3.26 Trajectory Line with Strong Dimensions

FIGURE 3.27 Sweep Tool

FIGURE 3.28 Select Trajectory Line

FIGURE 3.29 Sketch Two Circles for Inner and Outer walls

FIGURE 3.30 Cross‐sectional Geometry with the Trajectory Line

FIGURE 3.31 Select Flat Surface of Pipe

FIGURE 3.32 Sketch Flange

FIGURE 3.33 Enter Strong Dimension for Flange

FIGURE 3.34 Extrude Flange to 2

FIGURE 3.35 Build Second Flange

FIGURE 3.36 Sketching a Hole Feature to Pattern

FIGURE 3.37 Removing Material to Build a Hole Feature

FIGURE 3.38 Starting a Revolved Feature for Steering Wheel Project

FIGURE 3.39 (a) Wheel Hub, (b) Wheel Handle Cross Section

FIGURE 3.40 Define What Dimensions will Become Driving (Strong)

FIGURE 3.41 Entering Correct Values in Modify Dialog Box

FIGURE 3.42 Revolve Selected Sketch

FIGURE 3.43 Verification of Angle of Revolution for Revolve

FIGURE 3.44 Selection of a Perpendicular Datum Plane for New Sketch

FIGURE 3.45 Changing Display Type on the Floating Toolbar (Graphics Toolbar)...

FIGURE 3.46 (a) Selecting a Point Tool on the Ribbon, (b) Entering Accurate ...

FIGURE 3.47 Connect All Four Points with a Spline Tool

FIGURE 3.48 Sweeping Support Bars

FIGURE 3.49 Sketching a Cross Section Within Sweep

FIGURE 3.50 Select Options (Next to References) to Merge Ends

FIGURE 3.51 Select “Pattern” Tool on the Ribbon

FIGURE 3.52 Select “Axis” Pattern Type for Radial pattern

FIGURE 3.53 Select Geometry Axis to Pattern 3 Times Around the Selected Axis...

FIGURE 3.54 Final Steering Wheel Model

FIGURE 3.55 Hub Pulley

FIGURE 3.56 Friction Wheel Orthogonal View

FIGURE 3.57 Flanged Pipe Corner

FIGURE 3.58 Connection Block 166

Chapter 4

FIGURE 4.1 Bearing_231

FIGURE 4.2 Circular Sketch to 140 Units

FIGURE 4.3 20‐in. Extrusion

FIGURE 4.4 Sketch a New 70‐in. Circle on Top of the Previous Geometry

FIGURE 4.5 Extrusion of 70‐in. Circle to 34 in.

FIGURE 4.6 Sketch a 38‐in. Circle to Extrude Cut the Hole

FIGURE 4.7 Removing Material from the Geometry

FIGURE 4.8 Draw a 12‐in. Hole Feature for the Pattern

FIGURE 4.9 Select the Entire “Hole” Feature and Click Pattern to See Pattern...

FIGURE 4.10 Complete Radial Pattern of the Hole Feature Around the Center Ax...

FIGURE 4.11 Add Round to the Edge of the Part

FIGURE 4.12 Complete Bearing_231

FIGURE 4.13 Connection Block_20121

FIGURE 4.14 Connection Block_20121 Dimensions with 9‐in. Thickness

FIGURE 4.15 Part Feature Dimensions

FIGURE 4.16 Directional Pattern Options

FIGURE 4.17 Complete Connection Block_20121 Part and Save in the Working Dir...

FIGURE 4.18 J Hook Bolt

FIGURE 4.19 J Hook Bolt Dimensions

FIGURE 4.20 J Hook Bolt Dimensions

FIGURE 4.21 J Hook Bolt Dimensions

FIGURE 4.22 J Hook Bolt Dimensions

FIGURE 4.23 J Hook Bolt Dimensions

FIGURE 4.24 J Hook Bolt Dimensions

FIGURE 4.25 J Hook Bolt Dimensions

FIGURE 4.26 J Hook Bolt Dimensions

FIGURE 4.27 J Hook Bolt Dimensions

FIGURE 4.28 J Hook Bolt Dimensions

FIGURE 4.29 Sweep Section Sketch and Trajectory Line

FIGURE 4.30 Cross Section Dimensions

FIGURE 4.31 Review of the Geometry

FIGURE 4.32 Thread Length Table by Metric Unit Standard Bolts

FIGURE 4.33 Thread Length

FIGURE 4.34 Helical Sweep Selection

FIGURE 4.35 Helical Sweep Length and Revolve Axis Definition

FIGURE 4.36 Thread Location (Intersection of Two Purple Construction Lines)...

FIGURE 4.37 Sketching an M10 Bolt Size Threads

FIGURE 4.38 Remove Material, Verify Thread 1.50 Pitch

FIGURE 4.39 (a) Sketching a Pointy Tip, (b) Revolve and Remove Material

FIGURE 4.40 Completed Sweep and Helical Sweep Model (J Hook Bolt with M10 Th...

FIGURE 4.41 Bellbearing_1512 with Patterned 8 Screw Holes on Flange

FIGURE 4.42 Bearing_266 (mmns)

FIGURE 4.43 Block 157 (mmns)

FIGURE 4.44 Block 157 (mmns)

FIGURE 4.45 I‐Beam

Chapter 5

FIGURE 5.1 Bearing 231 Drawing

FIGURE 5.2 Select “Format” from New

FIGURE 5.3 A Size Landscape Format

FIGURE 5.4 Place a 3×3 Table on the Work Area

FIGURE 5.5 Adjust Width of the Column

FIGURE 5.6 Move Table to the Bottom Right Corner

FIGURE 5.7 Merge Cells

FIGURE 5.8 Insert New 3×2 Table

FIGURE 5.9 Text Formatting

FIGURE 5.10 Rev Block Placement

FIGURE 5.11 Start a New Drawing

FIGURE 5.12 Empty with Format and Locate the Saved Format

FIGURE 5.13 Updated Date

FIGURE 5.14 2.2‐in. Diameter Circle

FIGURE 5.15 Sketching a Smaller Concentric Circle

FIGURE 5.16 Concentric Circles

FIGURE 5.17 Place a Construction Centerline (Two Clicks) Along the Vertical ...

FIGURE 5.18 Mirrored Objects About the Construction Centerline Reference

FIGURE 5.19 Sketch a Line Close to Outer Circles

FIGURE 5.20 Apply Tangent Constraint to Both Circles

FIGURE 5.21 Apply Tangent Constraint Until All Lines Are Tangent with All Ci...

FIGURE 5.22 All Lines Are Tangent and Trimmed

FIGURE 5.23 Trimmed Intersecting Segments

FIGURE 5.24 Verify Extrude Thickness Is 0.6 in.

FIGURE 5.25 Completed Three_Hole_Brace Part

FIGURE 5.26 Defining a New Drawing

FIGURE 5.27 Starting the Drawing with Saved Format

FIGURE 5.28 Default All to Insert Active Part as a Default Mode

FIGURE 5.29 Inserting the First View on Top Left Corner

FIGURE 5.30 Finding Top View Orientation

FIGURE 5.31 Apply “No Hidden” Style

FIGURE 5.32 Hide All Datums from Drawing Views

FIGURE 5.33 Show Model Annotations

FIGURE 5.34 Select Driving Dimension to Keep on the View

FIGURE 5.35 Select Axes for Each Hole of the Part

FIGURE 5.36 Moving Dimensions for Better Representation

FIGURE 5.37 Flip Arrows for Diameter Dimensions

FIGURE 5.38 Move View to Accommodate All Annotations

FIGURE 5.39 Adding Text Annotation to a Dimension

FIGURE 5.40 Projecting a New View from an Existing View

FIGURE 5.41 No Hidden Properties on Projection

FIGURE 5.42 Isometric View, Note, Title, and Thickness

FIGURE 5.43 Bearing_166

FIGURE 5.44 Bracket 366522

FIGURE 5.45 Lever Hub 420F

Chapter 6

FIGURE 6.1 Planar Section and Detail View of the Part

FIGURE 6.2 Wheel Drawing Start

FIGURE 6.3 General Top View

FIGURE 6.4 Change Orientation

FIGURE 6.5 Projected Side View with “No Hidden” Display

FIGURE 6.6 Switch Window from Drawing to Part Model

FIGURE 6.7 Select Middle Datum Plane, Activate View Manager

FIGURE 6.8 Introducing a Planar Section A‐A to the Model

FIGURE 6.9 Applying Section A‐A from Drawing View

FIGURE 6.10 Add Arrows on Top View to Show Section View Side

FIGURE 6.11 Dimensions and Datum Axes

FIGURE 6.12 Drawing Properties

FIGURE 6.13 Changing Detail Options

FIGURE 6.14 Radial Options

FIGURE 6.15 Change Value from No to Yes

FIGURE 6.16 Radial Pattern Axis Circle Datum

FIGURE 6.17 Isometric View Default Orientation

FIGURE 6.18 Saving New Orientation

FIGURE 6.19 Activating Saved Orientation

FIGURE 6.20 Detailed View

FIGURE 6.21 (a) Circular Selection of Detailed View (b) Detailed View Select...

FIGURE 6.22 Detailed View Annotations

FIGURE 6.23 Side Projection Detailed View Annotations

FIGURE 6.24 Completed Wheel Drawing with Sections, Details, Radial Datum, an...

FIGURE 6.25 Offset Section Final Drawing

FIGURE 6.26 Bearing_99 with Counterbore Holes

FIGURE 6.27 Sketching Profile Rib

FIGURE 6.28 Select Profile Rib

FIGURE 6.29 Click Arrow to Change Rib Direction

FIGURE 6.30 Equally Spaced Rib Features

FIGURE 6.31 Radial Datums Applied and Oriented (Holes Left, Rib Right)

FIGURE 6.32 Finding the Top View Orientation in View Manager List

FIGURE 6.33 Sketch a Line Between Three Circles

FIGURE 6.34 Offset Section

FIGURE 6.35 Offset Section on the Model

FIGURE 6.36 Offset Section

FIGURE 6.37 Offset Arrows and Datum Axes

FIGURE 6.38 Top View Dimensions and Annotations

FIGURE 6.39 (a) Add Text to Dimension Value, (b) Added Text to Dimension Val...

FIGURE 6.40 Add Auxiliary View

FIGURE 6.41 Auxiliary, Offset Section Views for Bearing 99 Part

FIGURE 6.42 Vice Clamp 1523

FIGURE 6.43 Control Support 1902

FIGURE 6.44 L‐Stopper 944

FIGURE 6.45 Shaft Support 10

Chapter 7

FIGURE 7.1 (a) Link, (b) Base, (c) Celvis Pin, (d) Retaining Ring

FIGURE 7.2 (a) Select Assembly, (b) Choose Units

FIGURE 7.3 Select Assembly

FIGURE 7.4 Insert First Part

FIGURE 7.5 Default Constraints

FIGURE 7.6 Hide Datums

FIGURE 7.7 Insert Pin

FIGURE 7.8 Coincident Constraint Flat

FIGURE 7.9 Coincident Constraint Ring

FIGURE 7.10 Accept Constraints

FIGURE 7.11 Review Assembly

FIGURE 7.12 Insert Link

FIGURE 7.13 Add “Pin” Constraint

FIGURE 7.14 Select Round Surface

FIGURE 7.15 Orient Part

FIGURE 7.16 (a) Select Flat Surface for Link, (b) Select Flat Surface for Ba...

FIGURE 7.17 Verify Fully Constraint

FIGURE 7.18 Review Assembly

FIGURE 7.19 Insert Retaining Ring

FIGURE 7.20 Insert “Pin” Constraint

FIGURE 7.21 Select Round Surface

FIGURE 7.22 Coincident Constraint

FIGURE 7.23 (a) Select Flat Surface (Pin), (b) Select Flat Surface (Ring)

FIGURE 7.24 Coincident Constraint

FIGURE 7.25 Review Assembly

FIGURE 7.26 (a) Select Assembly, (b) Select Units

FIGURE 7.27 Assemble First Part

FIGURE 7.28 Choose Part to Insert

FIGURE 7.29 Default Constraints

FIGURE 7.30 Verify Constraints

FIGURE 7.31 Select Second Part

FIGURE 7.32 Select Flat Surfaces for Both Parts

FIGURE 7.33 Flat Coincident Constraints

FIGURE 7.34 Flip Part If Necessary

FIGURE 7.35 Correct Orientation

FIGURE 7.36 Coincident Constraint for Alignment

FIGURE 7.37 Verify Assembly

FIGURE 7.38 Review Assembly

FIGURE 7.39 Insert Pin

FIGURE 7.40 Coincident Constraint

FIGURE 7.41 Coincident Round Surfaces

FIGURE 7.42 Correctly Mated Parts

FIGURE 7.43 Pattern Assembly

FIGURE 7.44 Point Pattern Type

FIGURE 7.45 Define Reference

FIGURE 7.46 Select Surface

FIGURE 7.47 Select Point Tool

FIGURE 7.48 Define 6 Points

FIGURE 7.49 Verify Accuracy

FIGURE 7.50 Review Assembly

FIGURE 7.51 Insert Part

FIGURE 7.52 Flat Coincident Constraint

FIGURE 7.53 Select Mating Surface

FIGURE 7.54 Select Round Surface

FIGURE 7.55 Review Assembly

FIGURE 7.56 Review Completed Assembly

FIGURE 7.57 Insert New Part

FIGURE 7.58 Select Flat Surface

FIGURE 7.59 Select Mating Surface

FIGURE 7.60 Coincident Constraint

FIGURE 7.61 Accept Assembly

FIGURE 7.62 Review Assembly

FIGURE 7.63 Scooter Master Assembly

FIGURE 7.64 Front Drive Controls Assembly

FIGURE 7.65 Front Drive Controls Assembly Part Dimensions (From Top: 1‐Handl...

FIGURE 7.66 STEM Assembly (For Problem P7.2)

FIGURE 7.68 STEM Screws and Nuts Dimensions (For Problem P7.2)

FIGURE 7.69 Front Axle Assembly (For Problem P7.3)

FIGURE 7.70 Front Axle Components Dimensions (For Problem P7.3)

FIGURE 7.71 Deck Dimensions

FIGURE 7.74 Housing, Deck Component (For Problem P7.4)

FIGURE 7.75 Rear Axle Components (For Problem P7.5)

FIGURE 7.76 Rear Axle Component‐Brake (For Problem P7.5)

Chapter 8

FIGURE 8.1 Select Drawing

FIGURE 8.2 (a) Select Browse, (b) Select Drawing Format

FIGURE 8.3 Verify Drawing Format Is Selected

FIGURE 8.4 Insert General View

FIGURE 8.5 Select Assembly

FIGURE 8.6 Default All

FIGURE 8.7 Select Orientation

FIGURE 8.8 (a) Open Assembly, (b) Open Default

FIGURE 8.9 Edit Positions

FIGURE 8.10 Move Components

FIGURE 8.11 Spread Components Apart from Each Other

FIGURE 8.12 Verify Space

FIGURE 8.13 View Manager

FIGURE 8.14 Select Explode Tab

FIGURE 8.15 Save Default Explode

FIGURE 8.16 (a) Select Orient Tab, (b) Save Orientation

FIGURE 8.17 Change Windows (Note, Creo 9 Has Moved This Button to Top)

FIGURE 8.18 Select View Properties

FIGURE 8.19 (a) Select Saved Orientation, (b) Scale View, (c) No Hidden

FIGURE 8.20 Review Orientation and State

FIGURE 8.21 Insert Table

FIGURE 8.22 Place on Top of Title Block

FIGURE 8.23 Enter Cell Text

FIGURE 8.24 (a) Select Cell Size, (b) Adjust Cell Size

FIGURE 8.25 Select Row

FIGURE 8.26 Right Click and Hold

FIGURE 8.27 Add Repeat Region

FIGURE 8.28 (a) First Cell Report, (b) Select Index

FIGURE 8.29 (a) Third Cell Report, (b) Report Quantity

FIGURE 8.30 (a) Middle Cell Assembly, (b) Select Member, (c) Select Member N...

FIGURE 8.31 Verify Cells

FIGURE 8.32 Select Repeat Region and Attributes

FIGURE 8.33 Select Row

FIGURE 8.34 No Duplicates

FIGURE 8.35 Select Create Balloons – All

FIGURE 8.36 Review Balloons

FIGURE 8.37 Insert General View

FIGURE 8.38 (a) Select Isometric Orientation, (b) Scale as Needed, (c) Selec...

FIGURE 8.39 Unlock View

FIGURE 8.40 Review Assembly Drawing

FIGURE 8.41 Front Drive Controls Assembly Drawing

FIGURE 8.42 STEM Assembly Components Drawing

FIGURE 8.43 Front Axle Components Drawing

FIGURE 8.44 Scooter Master Assembly Drawing

Chapter 9

FIGURE 9.1 (a) Required Hole Diameter, (b) Acceptable Sizes, (c) Acceptable ...

FIGURE 9.2 Required Geometric Dimension of the Hole vs Deviated Shape with t...

FIGURE 9.3 Control Frame with GD&T Symbols with a Leader

FIGURE 9.4 Frequently Used GD&T Symbols

FIGURE 9.5 Base Part Drawing for Swinging Link

FIGURE 9.6 Opening Drawing Detail Options

FIGURE 9.7 Modify Detail Options

FIGURE 9.8 Change Tolerance Display Value

FIGURE 9.9 Applying “Symmetric” Tolerance Type

FIGURE 9.10 Defining 0.05 Symmetric Tolerance Value to the 0.75 Diameter Rin...

FIGURE 9.11 Applying Plus‐Minus Tolerance for the 0.55 Diameter Hole

FIGURE 9.12 (a) Geometric Tolerance Tool on an Existing Dimension, (b) Geome...

FIGURE 9.13 GD&T Symbols in the Feature Control Frame

FIGURE 9.14 Datum Properties

FIGURE 9.15 Datum Rename and Tag

FIGURE 9.16 Axis Datum Rename and Tag

FIGURE 9.17 Base Part Drawing with Dimensions, Tolerances, and Geometrical F...

FIGURE 9.18 Bracket

FIGURE 9.19 Axis Datum Rename and Tag

FIGURE 9.20 Feature Control Frame

FIGURE 9.21 Feature Control Frame for Side View

FIGURE 9.22 Feature Control Frame for Back View

FIGURE 9.23 Assignment P9.1

FIGURE 9.24 Assignment P9.2

FIGURE 9.25 Assignment P9.9

Chapter 10

FIGURE 10.1 Installing from Creo Package

FIGURE 10.2 Select Upgrade Existing Software

FIGURE 10.3 Check Creo Simulate

FIGURE 10.4 Workout Weight Rig

FIGURE 10.5 J‐Cup Dimensions for Modeling

FIGURE 10.6 Simulate Application

FIGURE 10.7 Assign Material on Process Guide Window

FIGURE 10.8 (a) Assign Material, (b) Select STEEL Material

FIGURE 10.9 Constraint Manager Window

FIGURE 10.10 Applying Fixed Constraints to Pin Surfaces

FIGURE 10.11 Visual Representation of Fixed Constraints on the Pin Feature

FIGURE 10.12 Loads Manager Window

FIGURE 10.13 Gravitational Load Values and Units

FIGURE 10.14 Entering Weight Load

FIGURE 10.15 Visually Inspect All Added Constraints

FIGURE 10.16 Analysis Report Windows

FIGURE 10.17 Editing Report Display Parameters

FIGURE 10.18 Three Windows with Simulation Results

FIGURE 10.19 Assigning SS Material to the Part

FIGURE 10.20 Simulation Results for Stainless Steel Material

FIGURE 10.21 Design Modification: Add 10 mm Round Feature

FIGURE 10.22 New Report with the Round Feature

FIGURE 10.23 Keep the Animated Window and Change Parameters

FIGURE 10.24 Removing Animation from the Main Display Window

FIGURE 10.25 Maximum Stress Exerted on the Part

FIGURE 10.26 (a) New Cutting/Capping Surface, (b) Change Type and Define by...

FIGURE 10.27 Move Mouse Pointer to Observe Part Material Dynamically

FIGURE 10.28 Remove Material from the Front Slanted Side

FIGURE 10.29 FEA Result After Geometry Modification

FIGURE 10.30 Model Bracket_0419

FIGURE 10.31 Rod_Support_1210

Chapter 11

FIGURE 11.1 Nut Cracker

FIGURE 11.2 Mechanism Assembly Components

FIGURE 11.3 Wheel Support Assembly Drawing

FIGURE 11.4 Starting a New Assembly

FIGURE 11.5 Default Constraint for Base Part

FIGURE 11.6 Left Support Assembly

FIGURE 11.7 Right Support Assembly

FIGURE 11.8 Pin Connection for Shoulder Screw Part

FIGURE 11.9 Pin Connection Between Two Axes

FIGURE 11.10 Shoulder Screw Surface Coincident Constraint

FIGURE 11.11 Rotate Shoulder Screw with Drag Component

FIGURE 11.12 Assemble Wheel Axis and a Flat Surface to Shoulder Support Part...

FIGURE 11.13 Model Is Not Regenerated Conflicts Window

FIGURE 11.14 Regenerate to Accept Current Position of Parts

FIGURE 11.15 Editing Assembled Component

FIGURE 11.16 Complete Assembly

FIGURE 11.17 Mechanism Application

FIGURE 11.18 Servo Motor Connection

FIGURE 11.19 Servo Motor Placement

FIGURE 11.20 Profile Details

FIGURE 11.21 Changing Profile Variables

FIGURE 11.22 Analysis Definition Window

FIGURE 11.23 Playbacks Window

FIGURE 11.24 Animate Window

FIGURE 11.25 Animation Video Capture Window

FIGURE 11.26 Saved Animation Video

FIGURE 11.27 Automated Nutcracker Assembly

FIGURE 11.28 Automated Nutcracker Assembly Component Dimensions

FIGURE 11.29 Automated Nutcracker Assembly Components2 Dimensions

FIGURE 11.30 Assemble Base, Wheel, Supports, Bushings, Washers, and Nut

FIGURE 11.31 Assemble Link Part Through Pin Connection to Pin Part

FIGURE 11.32 Cylinder and Adjuster_Stop Parts Assembled

FIGURE 11.33 Pin Connection for Piston and Link

FIGURE 11.34 Introduce New Set of Constraints

FIGURE 11.35 Select Cylinder Connection Type

FIGURE 11.36 Piston Axis to Cylinder Axis, Click Flip to Orient Piston If Ne...

FIGURE 11.37 Complete Mechanism Assembly with Pin and Cylinder Connections

FIGURE 11.38 Servo Motor on Pin Part

FIGURE 11.39 Complete Animation of Mechanism Assembly

FIGURE 11.40 Develop Pulley Mechanism Assembly

FIGURE 11.41 Develop Vice Mechanism Assembly

Chapter 12

FIGURE 12.1 Heavy Duty Joist Hanger

FIGURE 12.2 Bolt on Bracket Drawing

FIGURE 12.3 Start Sheetmetal Part in Imperial Units

FIGURE 12.4 Sheetmetal Interface

FIGURE 12.5 (a) Sketch Line Trajectory, (b) Enter Geometry Thickness

FIGURE 12.6 (a) Sketch 5×5 Plane, (b) Sheetmetal Thickness

FIGURE 12.7 Enter 5‐in. Length

FIGURE 12.8 4×3.5 Plate with 0.25‐in. Thickness

FIGURE 12.9 5‐in. Length

FIGURE 12.10 Sketching New Feature Within Flat Tool

FIGURE 12.11 Sketch Needed Geometry

FIGURE 12.12 Inspect Updated Geometry

FIGURE 12.13 Sketch Trajectory Lines Perpendicularly

FIGURE 12.14 Flange Depth

FIGURE 12.15 Side 1 and Side 2 Variable Options

FIGURE 12.16 Mirrored Flanges

FIGURE 12.17 (a) Complete Bracket Part, (b) Unbent Sheetmetal Part

FIGURE 12.18 Corner Bracket

FIGURE 12.19 Side Face Sketch on Planar

FIGURE 12.20 Add Flat Bend with 0.5 Extensions on Both Sides

FIGURE 12.21 Sketch a New Planar Piece on Top Surface of Piece 1

FIGURE 12.22 Independent Distinct Pieces Before Join

FIGURE 12.23 Joining Two Distinct Pieces

FIGURE 12.24 (a) Join Cuts off the Sides, (b) The Sides Are Back

FIGURE 12.25 Obround Relief Added

FIGURE 12.26 Form Feature

FIGURE 12.27 Sketched Form Command

FIGURE 12.28 Sketching Form Width and Height

FIGURE 12.29 Tapered Form Feature

FIGURE 12.30 Complete Part

FIGURE 12.31 Corner Bracket Master Rep drawing

FIGURE 12.32 Introducing Flat Pattern Rep

FIGURE 12.33 Flat Pattern (Unbent)

FIGURE 12.34 (a) Flat Pattern Rep Generation, (b) Make Flat Rep Window

FIGURE 12.35 Activate Master Rep on Model Tree

FIGURE 12.36 Replace Representation

FIGURE 12.37 Added Flat Representation of the Corner_Bracket Part

FIGURE 12.38 Connector Bracket 8222

FIGURE 12.39 Corner Bracket

FIGURE 12.40 Strong‐Tie

FIGURE 12.41 Corner Bracket FBGB150RH

FIGURE 12.42 Face‐Mount Girder Hanger

Guide

Cover Page

Title Page

Copyright Page

Table of Contents

Begin Reading

Appendix - Augmented Reality Companion Application and Image Targets

Index

WILEY END USER LICENSE AGREEMENT

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