Figure 2‑46: Selecting model dimensions for a Relation. Figure 2‑45: The Mathcad outputs as parameters. Figure 2‑44: Entering the name of the Prime Analysis feature. Figure 2‑41: The Output Selection dialog box. Figure 2‑40: Right mouse button for selecting outputs. Figure 2‑39: Input defined for Prime Analysis. Figure 2‑38: The Prime Analysis feature dialog box. Figure 2‑37: Mathcad Input/Output Designation dialog box. Figure 2‑36: Relations errors after removing embedded worksheet. Figure 2‑34: Updated results in Mathcad worksheet. Figure 2‑33: Creo Parametric interface indication of embedded worksheet. Figure 2‑32: Outdated Mathcad Notification. Figure 2‑30: The driving input Relation.įigure 2‑31: Model Notifications. Figure 2‑29: Inserting the model parameter. Figure 2‑28: Inserting the Mathcad input. Figure 2‑27: Adding a comment line to the Relations. Figure 2‑26: The Pushing Values dialog box. Figure 2‑25: The Input/Output Designation dialog box with inputs and outputs. Figure 2‑24: Designating an input in Mathcad. Figure 2‑23: Dimensions updated from Mathcad outputs. Figure 2‑22: Relations driving model dimensions from Mathcad outputs.
Figure 2‑21: Driving a model dimension from a Mathcad output. Figure 2‑20: Inserting an output parameter into a Relation. Figure 2‑19: The Relations dialog box in Creo Parametric. Figure 2‑18: Creo Parametric Parameters dialog box with Mathcad outputs. Figure 2‑17: The indication of an embedded worksheet in Creo Parametric.
Figure 2‑16: The Pushing values dialog box. Figure 2‑15: The Save and Push command in the Quick Access Toolbar. Figure 2‑14: Mathcad worksheet with outputs. Figure 2‑13: The Input/Output Designation dialog with all outputs and renamed aliases. Figure 2‑12: The Input/Output Designation dialog box with the renamed alias. Figure 2‑11: The Mathcad Input/Output Designation dialog box with the length output. Figure 2‑10: Evaluate the results of the optimization. Figure 2‑9: Solve Block to optimize volume. Figure 2‑8: Functions for Surface Area and Volume. Figure 2‑6: Mathcad worksheet Text Block and Text Box for documentation. Figure 2‑5: Changing the names of dimensions. Figure 2‑4: The extrude feature for the part. Figure 2‑2: Selecting the new part's template. TABLE OF FIGURES Figure 1‑1: Creo Parametric Help Mathcad Tutorial. Creo Parametric Configuration Options Appendix B. Connecting the CAD Model and Worksheet 13.4.4. Connecting the Worksheet and CAD Model 13.3.4. Scenario 3: Solid Disk Flywheel Design 13.3.1. Scenario 2: Square Key for a Gear 13.2.1. Connecting the Part to the Worksheet 13.1.4. Scenario 1: Designing and Optimizing a Pressure Vessel 13.1.1. Creating Datums in a Prime Analysis 12.4.1. Edit Definition of the Prime Analysis Feature 12.4. Set Up the Prime Analysis Feature 12.3.3. Develop the Mathcad Prime Worksheet 12.3.2. The Outputs Section: Prime to Creo Parametric 12.2.4.
The Inputs Section: Creo Parametric to Prime 12.2.3. Background: Datum Analysis Features 12.2. Identifying Mathcad Connected Models 11.7.1. Updating the PTC Mathcad Prime Worksheet 11.5. Creating the PTC Mathcad Prime Worksheet 11.3.2. Adding a Column to the Model Tree Chapter 11. Adding 3D Annotations to a Combination State 10.4. Changing Dimension Names in Creo Parametric 10.3. Mathcad – Creo Integration Overview 10.1. Mathcad and Creo Parametric Integration 9.5.1. Units Compatibility Between Creo Parametric and PTC Mathcad 9.4.1. Defining a New Custom Unit in Mathcad 9.3. Computer Aided Design with Creo Parametric 8.2. YouTube Creo Parametric Channel Chapter 8. Benefits of PTC Mathcad for Engineering Calculations 3.2. Updating the Model & Worksheet and Flexing the Model 2.4.2. Embed a Worksheet in the Creo Parametric Model 2.4.1. TABLE OF CONTENTS Table of Contents Table of Figures Table of Tables Chapter 1. This book or any portion thereof may not be reproduced or used in any manner whatsoever without the express written permission of the publisher except for the use of brief quotations in a book review. © 2020 David Randolph Martin II All rights reserved. Conclusions Citation previewĮNGINEERING CALCULATIONS WITH CREO PARAMETRIC AND PTC MATHCAD PRIME By David Randolph Martin II Mathcad – Creo Integration OverviewĬhapter 14. Engineering Calculations OverviewĬhapter 10.
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