Template:Reliability Engineering and Quality Control - Revision history

Lisa Hacker: Redirected page to Introduction to Life Data Analysis#Reliability and Quality Control

2012-08-09T10:09:48Z

Redirected page to Introduction to Life Data Analysis#Reliability and Quality Control

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	[[~~Category: For Deletion~~]]		#REDIRECT [[Introduction_to_Life_Data_Analysis#Reliability_and_Quality_Control]]

Lisa Hacker at 12:07, 20 July 2012

2012-07-20T12:07:41Z

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	~~http~~:~~//reliawiki.org/index.php/Template:Reliability_Engineering_and_Quality_Control~~		[[Category: For Deletion]]

Lisa Hacker: Replaced content with 'http://reliawiki.org/index.php/Template:Reliability_Engineering_and_Quality_Control'

2012-07-20T12:07:28Z

Replaced content with 'http://reliawiki.org/index.php/Template:Reliability_Engineering_and_Quality_Control'

← Older revision		Revision as of 12:07, 20 July 2012
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			http://reliawiki.org/index.php/Template:Reliability_Engineering_and_Quality_Control
	~~Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines~~. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.

Nicolette Young at 22:21, 9 March 2012

2012-03-09T22:21:32Z

← Older revision		Revision as of 22:21, 9 March 2012
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	~~[[File:handshake.gif\|center]]~~
	Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.		Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.

Harry Guo at 23:27, 2 March 2012

2012-03-02T23:27:47Z

← Older revision		Revision as of 23:27, 2 March 2012
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	[[File:handshake.gif\|center]]		[[File:handshake.gif\|center]]
	Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.		Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.


	~~[[Category: Life Data Book Extras]]~~

Harry Guo: moved Reliability Engineering and Quality Control to Template:Reliability Engineering and Quality Control

2012-02-06T22:08:32Z

moved Reliability Engineering and Quality Control to Template:Reliability Engineering and Quality Control

← Older revision	Revision as of 22:08, 6 February 2012
(No difference)

Pantelis at 07:54, 9 August 2011

2011-08-09T07:54:36Z

← Older revision		Revision as of 07:54, 9 August 2011
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	[[Category: Extras]]		[[Category: Life Data Book Extras]]

Pantelis at 07:54, 9 August 2011

2011-08-09T07:54:15Z

← Older revision		Revision as of 07:54, 9 August 2011
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	[[File:handshake.gif\|center]]		[[File:handshake.gif\|center]]
	Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.		Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.


			[[Category: Extras]]

Pantelis at 07:53, 9 August 2011

2011-08-09T07:53:34Z

← Older revision		Revision as of 07:53, 9 August 2011
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	[[File:handshake.gif\|center]]		[[File:handshake.gif\|center]]
	Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured. ~~[19]~~		Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured.

Pantelis: Created page with 'center Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliab…'

2011-08-09T07:53:18Z

Created page with 'center Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliab…'

New page

[[File:handshake.gif|center]]
Although the terms ''reliability'' and ''quality'' are often used interchangeably, there is a difference between these two disciplines. While reliability is concerned with the performance of a product over its entire lifetime, quality control is concerned with the performance of a product at one point in time, usually during the manufacturing process. As stated in the definition, reliability assures that components, equipment and systems function without failure for desired periods during their whole design life, from conception (birth) to junking (death). Quality control is a single, albeit vital, link in the total reliability process. Quality control assures conformance to specifications. This reduces manufacturing variance, which can degrade reliability. Quality control also checks that the incoming parts and components meet specifications, that products are inspected and tested correctly, and that the shipped products have a quality level equal to or greater than that specified. The specified quality level should be one that is acceptable to the users, the consumer and the public. No product can perform reliably without the inputs of quality control because quality parts and components are needed to go into the product so that its reliability is assured. [19]