An Overview of the Capabilities of the Creo Behavioral Modeling Extension

The Behavioral Modeling module of Creo Parametric is also known as the Creo Behavioral Modeling Extension. This module is an optional advanced analysis and modeling tool.

Creo Behavioral Modeling Extension can be used to:

• Create geometry based on the results of measurements and other analyses.
• Check the feasibility of varying dimensions and parameters.
• Analyze parameter values as other parameters are varying.
• Optimize the model based on design rules and criteria.
• Study your design using several objectives.
• Graph the results of analyses.
• Create family table instances based on model mass properties.

By using the Creo Behavioral Modeling Extension, you can solve potential design problems, such as:

• Trial and error iteration of one or more design variables.
• Repetitive construction of a feature.
• Repetitive measurement of a feature.
• Feasibility and optimized solutions to a problem.

The Creo Behavioral Modeling module includes the following features and options:

• The datum analysis feature.
• The datum field point feature.
• Sensitivity Analyses.
• Optimization Studies.
• Feasibility Studies.
• Multi-Objective Design Studies.
• User Defined Analyses.
• Excel Analyses.
• Motion Analysis.
• Statistical Design Studies.
• Tolerance Analysis.

More information about this topic can be found in our Creo Parametric Behavioral Modeling and Creo Parametric Advanced Part Design courses.

About the Author

Technical Training Engineer<br><br>Natasha joined the company in 2000 and has extensive experience sharing her CAD expertise through delivering webcasts, contributing to blog posts, and leading training classes. She trains end-users with all skill levels on Creo Parametric and CATIA, and she collaborates closely with the company’s technical writers on courseware development. Before joining Rand Worldwide, Natasha served as a mechanic in the U.S. Army National Guard and worked as a mechanical designer for a multinational telecommunications and data networking equipment manufacturer. She has a bachelor’s and a master’s degree in Mechanical Engineering, and she holds certification from Dassault Systèmes as a CATIA V5 Expert Mechanical Designer and Certified Surface Design Associate.

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