Reliability Predictions: Parts Count, Part Stress, Pseudo Stress and Dormant
Reliability predictions are an important tool for making design trade-off decisions and estimating future system reliability. They are often used for making initial product support decisions such as how many spares are required to support fielded systems. Inaccurate predictions can lead to overly conservative designs and/or… Read More
Quanterion Solutions Incorporated announces the release of the PRO version of the Quanterion Automated Reliability Toolkit (QuART PRO). The new product represents the expansion of its QuART set of tools to now include more than twenty automated tools and advisors in the field of reliability engineering. The PRO version, introduced at $189, is intended for… Read More
Reliability Knowledge? Who? What? Where?
This article is the first in a series addressing the availability of reliability knowledge, who has it and how you can take advantage of it to improve products and systems. Despite a broad interest in reliability, there is a general lack of coordination of the efforts of many disparate organizations dealing… Read More
Warranty Cost: An Introduction
Whether your company is marketing commercial products or selling to the Government, warranties are an important ingredient to competitive success. Effective warranty planning can ensure success, but lack of attention to cost analyses can spell disaster. This article is intended to introduce the basics of warranties and to identify sources for more… Read More
Understanding Your Product Through Reliability Modeling
A reliability model represents a clear picture of your product’s functional interdependencies providing a means to trade-off design alternatives and to identify areas for design improvement. The models are also helpful in:
Identifying of critical items and single points of failure
Allocating reliability goals to portions of the design
Providing… Read More
How Much Reliability is Enough?
Reliability is defined as performance of a function over time, whether it applies to a commercial product or a military system. Commercial product reliability is usually driven by such factors as warranty cost goals, competitive marketing strategies, and liability concerns while the military wants to meet the operational needs of users… Read More
The U.S. Army Research, Development, and Engineering Center at Restone Arsenal, Alabama has awarded Quanterion Solutions of Utica a $726,000 two year contract to develop a Product Reliability On-line Tools Collection (PROTOCOL) software engineering environment. The award, part of the federal government Small Business Innovation Research (SBIR) program was based on a competitive procurement and… Read More
System Spares – What’s the “Right” Answer?
Manufacturers are often faced with questions such as:
How often will my system fail?
How many spare parts should I stock?
How confident am I that I will have enough spare parts?
We recently had a customer that had to answer these and other questions pertaining to warranty and system… Read More
Using Accelerated Life Testing to Assess Warranty Risk
During a recent project, a question arose about the feasibility of providing a ten year warranty for a new system. The system consisted of a proven electronic assembly and 40 newly designed hybrid electronic modules. Warranty costs could be significant if reliability risks were not fully understood. The… Read More
Which Variables Are Critical to Field Reliability? Design of Experiments (DOE) Can Help Optimize Your Design
Engineers are often faced with the problem of optimizing a process that includes a number of input variables. It could be an analysis of a manufacturing process, or even an analysis of a business process. They’re often challenged to find… Read More
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