Engineering Calculations with Creo Parametric and PTC Mathcad Prime – David Randolph Martin II – 1st Edition

Table of Figures
Table of Tables
Chapter 1. Engineering Calculations Overview
1.1. Computer Aided Engineering
1.2. Structure of This Book
1.3. Design Intent
1.4. Terminology and Version
1.5. Assumptions
1.6. Feedback
Chapter 2. Quick Example
2.1. Introduction
2.2. Starting the Creo Parametric Model
2.3. Creating the Mathcad Worksheet
2.4. Embed a Worksheet in the Creo Parametric Model
2.4.1. Updating the Model & Worksheet and Flexing the Model
2.4.2. Remove the Worksheet
2.5. Create a Prime Analysis Feature
2.5.1. Flexing the Model
2.5.2. Delete a Prime Analysis Feature
2.6. Onward and Upward!
Chapter 3. Mathcad Overview
3.1. Benefits of PTC Mathcad for Engineering Calculations
3.2. Mathcad Express
3.2.1. How to Get It
3.2.2. Limitations
3.3. The Mathcad Interface
3.4. Plots and Charts
3.5. Windchill Integration
Chapter 4. Mathcad Basics
4.1. Basic Math
4.2. Text Regions
4.3. Equals Signs in PTC Mathcad
4.3.1. Global Definition Operator
4.3.2. Comparison Equal To Operator
4.3.3. Symbolic Evaluation
4.4. Variables
4.4.1. Greek Letters
4.4.2. Pre-Defined Constants
4.4.3. Subscripts vs. Vector and Matrix Indices
4.4.4. Implied Multiplication
4.4.5. Imaginary Numbers
4.5. Functions
4.5.1. Built-In Functions
4.5.2. User-Defined Functions
Chapter 5. Programming
5.1. Essentials of Programs
5.2. Initiating a Program
5.3. Initializing the Return Variable
5.4. Local Assignment Operator
5.5. If-Then-Else Constructs
5.6. For Loops
5.7. While Loops
5.8. The Break Operator
5.9. The Continue Operator
5.10. The Return Operator
5.11. Calling the Program
5.12. Example Program
Chapter 6. Optimization
6.1. Optimization Concept
6.2. Functions
6.3. Vectors
6.4. Solve Blocks
6.5. Evaluation of Results
Chapter 7. Mathcad Tips and Tricks
7.1. Keyboard Shortcuts
7.2. Rounding Values
7.3. Password Protected Areas
7.4. Equation Wrapping
7.5. Additional Resources
7.5.1. PTC Community
7.5.2. YouTube Creo Parametric Channel
Chapter 8. Creo Parametric Overview
8.1. Computer Aided Design with Creo Parametric
8.2. Features and Dimensions
8.3. Parameters
8.4. Relations
8.5. Regeneration
8.6. Notification Center
Chapter 9. Units
9.1. Importance of Units Compatibility
9.2. Units in Mathcad
9.2.1. Mathcad Default Units Systems
9.2.2. Defining a New Custom Unit in Mathcad
9.3. Units Systems in Creo Parametric
9.3.1. Units for Dimensions
9.3.2. Units for Parameters
9.4. Units Compatibility Between Creo Parametric and PTC Mathcad
9.4.1. Fundamental Units
9.4.2. Derived Units
9.4.3. Mathcad Evaluation in Base Units
9.4.4. Angle Dimensions
9.4.5. Temperature Units
9.5. Mathcad and Creo Parametric Integration
9.5.1. Prime Analyses
9.5.2. Embedded Worksheets
9.6. A Final Word
Chapter 10. Mathcad – Creo Integration Overview
10.1. Integration Options and Comparison
10.2. Planning for Integration
10.2.1. Automapping
10.2.2. Changing Dimension Names in Creo Parametric
10.3. 3D Annotations
10.3.1. Combination States
10.3.2. Annotation Planes
10.3.3. 3D Notes
10.3.4. Adding 3D Annotations to a Combination State
10.4. Adding a Column to the Model Tree
Chapter 11. Embedded Worksheets
11.1. Embedded Worksheets Overview
11.2. Setup
11.3. Process
11.3.1. Creating the PTC Mathcad Prime Worksheet
11.3.2. Embedding the Worksheet
11.4. Updating the PTC Mathcad Prime Worksheet
11.5. Updating the Model
11.6. Regeneration Failures
11.7. Identifying Mathcad Connected Models
11.7.1. Graphics Area Icon
11.7.2. Model Tree Filter
11.8. Removing a Worksheet
Chapter 12. Prime Analyses
12.1. Background: Datum Analysis Features
12.2. The Prime Analysis Dialog Box
12.2.1. The File Section
12.2.2. The Inputs Section: Creo Parametric to Prime
12.2.3. The Outputs Section: Prime to Creo Parametric
12.2.4. Saved Analyses Section
12.2.5. Action Buttons
12.3. Process
12.3.1. Develop the Mathcad Prime Worksheet
12.3.2. Set Up the Prime Analysis Feature
12.3.3. Define Relations
12.3.4. Edit Definition of the Prime Analysis Feature
12.4. Creating Datums in a Prime Analysis
12.4.1. Datum Coordinate Systems
12.4.2. Datum Points
12.4.3. Datum Curves
12.5. Double Regeneration Problem
12.6. Regeneration Request
12.7. Mathcad Analysis Feature
Chapter 13. Sample Problems
13.1. Scenario 1: Designing and Optimizing a Pressure Vessel
13.1.1. Developing the Worksheet
13.1.2. Developing the CAD Model
13.1.3. Connecting the Part to the Worksheet
13.1.4. Explorations
13.2. Scenario 2: Square Key for a Gear
13.2.1. Developing the Worksheet
13.2.2. Developing the CAD Model
13.2.3. Prime Analysis Feature
13.2.4. Model Relations
13.2.5. Explorations
13.3. Scenario 3: Solid Disk Flywheel Design
13.3.1. Developing the CAD Model
13.3.2. Developing the Worksheet
13.3.3. Connecting the Worksheet and CAD Model
13.3.4. Explorations
13.4. Scenario 4: Designing a Shaft
13.4.1. Developing the Worksheet
13.4.2. Developing the CAD Model
13.4.3. Connecting the CAD Model and Worksheet
13.4.4. Explorations
Chapter 14. Conclusions
Appendix A. Creo Parametric Configuration Options
Appendix B. Acronyms