Intro

Multibody Design

Enclosure Volume

Design for Electrification

Composites Design

Model-based Definition

Simulation & Generative Design

Additive & Subtractive Manufacturing

Creo+ (SaaS)

Introduction

Productivity enhancements

Ergonomics design

Model-Based Definition

Simulation-Driven Design

Generative Design

Manufacturing

Outro

What makes PTC Creo such a powerful tool?

Interoperability

Combined Benefits of Parametric and Direct Modeling

Overview

Productivity

Composite Materials

Electrification

Ergonomics

Model-Based Definition

Simulation

Generative Design

Manufacturing

Creo+ (SaaS)

Conclusion

Intro

The use of CREO

3D solid Modeling

Robust assembly modeling

Detailed documentation

Technical surfacing

Freestyle surfacing

Complete library of parts and tools

Sheet Metal modeling

Weld modeling and structural framework design

Analysis features

Graphics and Animation

Additive Manufacturing

Extensions

Final thoughts

Agenda

Explode State

Machining

Flexible Modeling

Shell Tool

What is Creo Simulate?

Optimization Results

Base Meshing Levels

Measurement Analysis

Webinar Announcement

Designing Parts

Adding further details to the design

Mirroring Geometry

Auto Round

Dynamic Cross-Sections

3D Dragger

Freestyle modeling

Add additional aesthetic or required design features

Mechanism and Basic Structural Analysis

PTC Creo Parametric Extensions

PTC Roadmap and Vision

Market Trends Driving Industrial Disruption

How Market Trends Affect Engineering

Creo For Integral Design, Manufacturing & Simulation

Upcoming Emerging Technologies

How Emerging Technologies Are Changing Design & Manufacturing

Emerging Technologies in Creo Parametric

Surfacing Demonstration

Creo Manikin Demonstration

Creo Analysis & Generative Design Demonstration

Creo Packaging and Solution Capabilities

Intro, Paul Sagar

Multibody Design, Martin Neumueller

Cooling Channels for 3D Printing, Jose Coronado

Planetary Gears in Mechanism, Arnaud Van de Veerdonk

Behavioral Modeling&Packaging Design, Mark Fischer

Extended License Borrowing, Nihal Velpanur

Annotations and Detailing, Michael Fridman

Augmented Reality Show/Hide Parts, Luke Westbrook

Multibody Materials ModelCHECK, Luke Westbrook

Transfer Pressure Distribution, Todd Kraft

Engineering Notebook, Andy McGough

Outro

Introduction

Multibody Modeling|Bodies as Design Tools

Multibody Modeling|Reacting to Manufacturing Changes

Sketching

Part Modeling|Multi-Hole

Part Modeling|Feature Mirror

Part Modeling|Round Handling with Draft

Part Modeling|Replace References

Part Modeling|Snapsnots

Part Modeling|Lattices

Sheetmetal|Smart Regeneration

Sheetmetal|Multi Flat Walls

Assembly Modeling|Material Assignment

Assembly Modeling|Inseparable Assemblies

Outro

Usability Enhancements

MBD Tools

Manufacturing Capabilities

Intro

Design Reuse

Subdivisional Modeling

PTC Creo Checkpoints

Design Reviews

Importing a SolidWorks Part

Flexible Modeling Tool

Geometry Editing

PTC Creo Part Model Sensors

Special Offer

What is Composite Design

Draping Simulation

Manufacturing Deliverables

Simulate the draping of these different composite designs

Merge the harnesses back together into a single harness

Measure angles between different joints in the mannequins

Starting with the improvement of reordering of objects

Restructuring the assembly context

Split and use the trim feature

Work on replication

Enhance the warp tool

Associated cross highlighting between any of the related annotations

Automating the creation of your manufacturing documentation

Introduction to Creo Simulate

Create a simulation

Assign Material

Mesh

Mesh Settings

Assign Constraints

Basic Structural Analysis

Results

Conclusion

Topology Optimization

Additive Manufacturing

Creo Mold Machining Extension

Creation of Molds

Flow Analysis