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217Plus

Home » 217Plus

Relyence Reliability Prediction software supports the most widely accepted reliability prediction standards, including 217Plus.

The Reliability Prediction Analysis Process: A Best Practices Approach

The Reliability Prediction Analysis Process: A Best Practices Approach

May 31, 2022

Reliability Prediction is one of the most common techniques used by engineers to evaluate product and system reliability. Reliability Prediction is...

Reliability Prediction Analysis: More Than MTBF

Reliability Prediction Analysis: More Than MTBF

Nov 29, 2021

This article is an excerpt from our “Reliability Prediction Analysis: More Than MTBF” white paper. Reliability Prediction analysis is one...

10 Reasons to Invest in a COTS Reliability Software Toolset

10 Reasons to Invest in a COTS Reliability Software Toolset

Oct 25, 2021

Reliability and quality engineers rely daily on a variety of tools to perform their analysis tasks. Selecting which tools to...

MTBF Analysis in Six Steps

MTBF Analysis in Six Steps

May 10, 2021

What is MTBF? MTBF analysis is used to assess the MTBF, or Mean Time Between Failures, of a system or...

6 Advantages of Relyence: The Best-in-Class Reliability & Quality Software Suite

6 Advantages of Relyence: The Best-in-Class Reliability & Quality Software Suite

Apr 12, 2021

What is Relyence? Relyence is an integrated suite of software tools that help you attain and maintain your reliability and...

How to Perform Reliability Predictions Easily and Efficiently

How to Perform Reliability Predictions Easily and Efficiently

Nov 24, 2020

What is Reliability Prediction? Reliability Prediction is one of the most common techniques used by engineers when evaluating product and...

An Overview of Reliability Analysis Tools and Techniques

An Overview of Reliability Analysis Tools and Techniques

Jul 7, 2020

This article is an excerpt from our “An Overview of Reliability Analysis Tools and Techniques” white paper. Reliability analysis is...

A Guide to MIL-HDBK-217, Telcordia SR-332, and Other Reliability Prediction Methods

A Guide to MIL-HDBK-217, Telcordia SR-332, and Other Reliability Prediction Methods

Jul 16, 2018

Jump to: How Were Reliability Prediction Methods Developed? | How To Use Failure Rate Predictions to Improve Reliability | What...

Introducing Relyence 2018 Release 3!

Introducing Relyence 2018 Release 3!

Jun 14, 2018

We’re starting off the summer with a hot new release of our Relyence reliability software tool suite! We’ve been hard at...

Relyence Reliability Prediction: Leading the Way in Reliability Prediction Analytics Part 2

Relyence Reliability Prediction: Leading the Way in Reliability Prediction Analytics Part 2

Dec 1, 2017

Part 2: The Relyence Advantage (This is Part 2 of a 2-part series. Read Part 1: The Reliability Prediction Standards)...

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  • Systems Engineering & Reliability Engineering: A Powerful Partnership for Success
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  • An Overview of FRACAS Methodologies

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8D AIAG AIAG & VDA always-in-sync AP Availability China's GJB/z 299 cold standby continuous improvement Control Plan COPQ CP dashboard DFMEA EPRD fault tree fmea FMECA fracas FTA GJB/z 299 Intelligent Part Mapping Knowledge Bank MIL-HDBK-217 MIL-STD-1629 MTBF MTTF MTTR NPRD PCP PFD PFMEA Process Flow Diagram QMS RBD Redundancy Reliability Reliability Block Diagram reliability prediction RPN standby Telcordia Weibull What-If? Workflow

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