Implement Design Objectives Confidently

Creo Behavioral Modeling Extension

Optimise Your Designs With Ease

Expert View

Calculating the optimum values manually while considering multiple design objectives is very tedious and time-consuming. And to calculate all of the various possibilities that might work in would reasonably unfeasible. Creo Behavioral Modeling Extension automates this process for you, using design studies. You simply define your engineering goals and define where your design is flexible. Creo BMX automatically analyses countless iterations before arriving at the best solution.

  • Objective-driven design studies
  • Smart models that “know” their purpose 
  • Open environment: Use calculated results from external programmes directly

Downloads and Links

Overview

Finding the ideal design

Inferior design practices will often inflate product development costs, due to wasted material, excessive shipping expense, and poor product performance. Ideally, Engineering would be able to embed real-world design requirements – even for multiple objectives – within the digital model, so that these criteria are perpetually satisfied within the product development process. With Creo Behavioral Modeling Extension, this optimised way of designing is a reality.

Creo BMX delivers three key capabilities for the engineer: Capturing and tracking key performance metrics of a design, evaluating the impact of changes on these metrics, and optimising the design to best satisfy goals.

  • Object-driven design studies
  • Quick adoption to design changes
  • Open application environment – interoperability with other calculation tools
  • Easy access to engineering information
  • Peformance tracking using analysis features

Benefits

  • Improve innovation by exploring numerous scenarios that meet your design criteria
  • Clearly understand the impact of design changes, and prohibit inconsistent behavior 
  • Reduce product costs by optimising your design to meet multiple objectives, such as maintaining a product’s strength while reducing its weight 
  • Save time by automatically iterating your design to meet your design requirements
  • Reduce errors by using the results from external tools to drive your design directly, without manually transferring data

Specifications

  • Embed design requirements within models 
  • Object-driven design studies 
  • Smart models – adapt to design changes while preserving the design intent
  • Open extensible environment to integrate externel calculation programmes 
  • Easy access to development information 
  • Track model performance with analysis features