3DCS Creo - Design Optimization – Methods of Controlling Variation Using Tolerance Analysis
Channel: Dimensional Control Systems
Date: 2017-02-22

Use iterative changes to validate and optimize design changes. 

From the 3DCS for Creo Webinar, the video series demonstrates the model creation process and analysis outputs from a basic 3DCS Model. Click below to see all the parts, or view the entire webinar at: http://mkt.3dcs.com/3dcs-for-ptc-creo-parametric-webinar

Opening a Model and Model Management - https://youtu.be/dHFgTNi9MKU

Why Tolerance Analysis? Composition of a 3DCS Model - https://youtu.be/YKBLSyWKT6E

Starting a Model: 3 Methods of Creating Points in 3DCS - https://youtu.be/GGRJ-gR-C0Q

Assembly Sequence – Creating Moves in 3DCS - https://youtu.be/MNMrESopjN0

Tolerances – Embedded GD&T PMI and 3DCS Tolerances - https://youtu.be/fzxHz6aL0PY

Measurements – Simulating Plant Measurements in Your Tolerance Analysis Study - https://youtu.be/Qng5-2w_brg

Running Monte Carlo Simulation for Statistical Tolerance Analysis - https://youtu.be/H4VqnIeh2ek

Sensitivity – Root Causing the Contributors to Variation in Tolerance Analysis - https://youtu.be/lGy3a7IQ7SI

Design Optimization – Methods of Controlling Variation Using Tolerance Analysis - https://youtu.be/cpZwfSzCIO4

Geofactor – Geometric Relationship Between Parts – How Do Changes Affect the Product? - https://youtu.be/s5Lgc2O3TQc

Auto-report – Share and Communicate Results from Tolerance Analysis and Stack Up Studies - https://youtu.be/eif_BnvOlfQ

Learn more about DCS Software at http://www.3dcs.com