# Difference between revisions of "DOE++ Examples"

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*One Factor Reliability Design. View it in '''[http://www.reliasoft.com/doe/examples/rc10/index.htm HTML]''' | *One Factor Reliability Design. View it in '''[http://www.reliasoft.com/doe/examples/rc10/index.htm HTML]''' | ||

*Two Level Fractional Factorial Reliability Design. View it in '''[http://www.reliasoft.com/doe/examples/rc11/index.htm HTML]''' | *Two Level Fractional Factorial Reliability Design. View it in '''[http://www.reliasoft.com/doe/examples/rc11/index.htm HTML]''' | ||

− | + | * [[Using R-DOE and ALTA to Estimate B10 Life]] | |

<br> {{Template:ReliaSoft Footer}} | <br> {{Template:ReliaSoft Footer}} |

## Revision as of 20:27, 1 April 2014

## Quick Start Guide

The *DOE++ Quick Start Guide* has been designed to help you explore many of the software's key features by working through step-by-step instructions for some practical application examples. The guide is available as a free *.PDF download and you can also watch videos posted on ReliaSoft.tv.

## One Factor Designs

- One Factor Design. View it in
**HTML**

## Factorial Designs

- Two Level Factorial Designs
- Plackett-Burman Design. View it in
**HTML** - General Full Factorial Design. View it in
**HTML** - Taguchi Orthogonal Array Design. View it in
**HTML**

## Response Surface Method Designs

- Central Composite Response Surface Method. View it in
**HTML** - Box-Behnken Response Surface Method. View it in
**HTML**

## Robust Parameter Designs

- Taguchi Robust Design. View it in
**HTML**

## Reliability DOE

- One Factor Reliability Design. View it in
**HTML** - Two Level Fractional Factorial Reliability Design. View it in
**HTML** - Using R-DOE and ALTA to Estimate B10 Life

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