Design-engine
Training Classes/Tutorials for Designers, Engineers, & 3D Professionals


Workshops

May 8th, 2019

Creo Behavioral Modeling Extension Training: Level 17

Design for Additive Manufacturing with CREO

Creo Behavioral Modeling Extension (BMX) Course Duration: 16 Hours

Overview: PTC Creo’s Behavioral Modeling Extension or better described as artificial intelligence assist allows users to minimize iteration time by applying existing analyses and defining parameters to create more effective designs. Leverage design and optimization studies to develop the most effective models in the least amount of time.

On-site Training: This and all Design Engine courses are also offered on-site at your facility.  Call to speak to an account manager to arrange a class today at 312.226.8339.

Similar Course: Design for 3D Printing Using CreoDesign for Additive Manufacturing Using Creo, Creo Topology Optimization Workshop

Next Course: Creo Simulate Week-Long Intensive

Prerequisite: Learning to Design with Creo

Topics:

  • Learn how to size and generate lattice structures
  • Idealize and analyze lattice structures in Creo
    Simulate
  • How to reconstruct the CAD geometry from the
    topology optimization results (Nurbification)
  • Use topology optimization to find the best
    distribution of material for stiffness or compliance
    with homogenization techniques
  • Use topology optimization for light weight heat
    exchangers

Discussion:

  • How to optimize lattice structures using behavioral
    modeling
  • Utilize design best practices and manufacturing
    guidelines

Projects:

  • Create 2 ½ D and 3D Lattice
    Features in Creo Parametric
  • Design for additive manufacturing and practice the
    validation and verification steps required for
    aerospace & defense applications
  • Synthesize Metamaterials using Topology
    Optimization & Lattices
  • Design and evaluate molds with conformal cooling

Brief:

Put your analysis to work with PTC Creo’s Behavioral Modeling Extension. Create models that are optimized for your design by applying existing analysis and study data.

Click To View Images:

Design for Additive Manufacturing with CREODesign for Additive Manufacturing with CREODesign for Additive Manufacturing with CREODesign for Additive Manufacturing with CREODesign for Additive Manufacturing with CREO

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*Please note that prices listed on this page are based upon pre-payment prior to the start of the class





Design Engine Industrial Design Training Pro Engineer
 
 

 
Design for Additive Manufacturing with CREO

Week Long Creo Optimization

Overview:  This course like all of our week long courses is made up of three two day classes. In this course participants will Learn to apply the design optimization for 3D printing analysis and topology optimization and D...
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Design for Additive Manufacturing with CREO

Creo Design for Additive Manufacturing: Level 19

Creo Design for Additive Manufacturing: Level 19 Course Duration: 16 Hours Overview: Is your organization ready to unleash the full potential of additive manufacturing? This is a two-day hands-on course on the design optimiz...
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Design for Additive Manufacturing with CREO

Creo Topology Optimization Extension Workshop: Level 18

Creo Topology Optimization Extension: Level 18 Course Duration: 16 Hours Overview: PTC Creo’s Topology Optimization Extension allows users the ability to maximize the capability of their manufacturing workflow of choice...
by Design Engine
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A Future with Flying Cars Is A Lot Closer Than You May Think

When you think about the future, one of the first things you probably imagine is a world with flying cars zooming over your head across the sky. The flying car has been an idea since 1926 when Henry Ford created a single-seat a...
by Greg Cali
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Plastic Part Design for Injection Molding SOLIDWORKS or CREO

Plastic Part Design for Injection Molding Course Duration: 16/40 hours Overview: The course material is designed to provide a working knowledge of the plastics industry through intelligent discussions and lectures. The bulk of ...
by Eli Petrov
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