About manufacturing engineering - Revision history

wikademia>Wikademia at 19:37, 12 July 2009

2009-07-12T19:37:55Z

← Older revision		Revision as of 19:37, 12 July 2009
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	* Todd, Robert H.; Allen, Dell K.; and Alting, Leo (1994). ''Manufacturing Processes Reference Guide'', 1st Edition, Industrial Press Inc. ISBN 0-8311-3049-0.		* Todd, Robert H.; Allen, Dell K.; and Alting, Leo (1994). ''Manufacturing Processes Reference Guide'', 1st Edition, Industrial Press Inc. ISBN 0-8311-3049-0.

	[[Category:Manufacturing]		[[Category:Manufacturing]]

wikademia>Wikademia at 19:37, 12 July 2009

2009-07-12T19:37:40Z

← Older revision		Revision as of 19:37, 12 July 2009
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	Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].		Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].
			{{?}}
	==Undergraduate Curriculum==		==Undergraduate Curriculum==
	The Bachelor of Science in Manufacturing Engineering will usually be very similar to [[Mechanical Engineering]]. It typically includes the following classes:		The Bachelor of Science in Manufacturing Engineering will usually be very similar to [[Mechanical Engineering]]. It typically includes the following classes:

wikademia>Wikademia at 07:26, 6 June 2009

2009-06-06T07:26:38Z

← Older revision		Revision as of 07:26, 6 June 2009
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	~~{{Cleanup\|date=January 2009}}~~
	Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].		Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].

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	* Todd, Robert H.; Allen, Dell K.; and Alting, Leo (1994). ''Manufacturing Processes Reference Guide'', 1st Edition, Industrial Press Inc. ISBN 0-8311-3049-0.		* Todd, Robert H.; Allen, Dell K.; and Alting, Leo (1994). ''Manufacturing Processes Reference Guide'', 1st Edition, Industrial Press Inc. ISBN 0-8311-3049-0.

	[[Category:Manufacturing]]		[[Category:Manufacturing]


	~~{{engineering-stub}}~~
	~~[[fr:Bureau des méthodes]~~]

wikademia>Wikademia: 80 revisions

2009-06-06T07:04:18Z

80 revisions

← Older revision	Revision as of 07:04, 6 June 2009
(No difference)

wikademia>Yame12345: /* Joining */

2009-06-03T01:33:46Z

Joining

← Older revision		Revision as of 01:33, 3 June 2009
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	* [[Friction Stir Welding]]		* [[Friction Stir Welding]]
	* [[Diffusion Bonding]]		* Diffusion Bonding

	The following are the most common forms of arc welding:		The following are the most common forms of arc welding:

wikademia>Yame12345 at 01:33, 3 June 2009

2009-06-03T01:33:11Z

← Older revision		Revision as of 01:33, 3 June 2009
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	The most common forms of joining are solid state and arc welding. Solid state welding is done without melting of the materials. The following are a few examples:		The most common forms of joining are solid state and arc welding. Solid state welding is done without melting of the materials. The following are a few examples:

	* Friction Stir Welding		* [[Friction Stir Welding]]
	* Diffusion Bonding		* [[Diffusion Bonding]]

	The following are the most common forms of arc welding:		The following are the most common forms of arc welding:

	* [[Metal Inert Gas]] (MIG)		* [[Metal Inert Gas]] (MIG)
	* [[Tungsten Inert Gas]] (TIG)		* Tungsten Inert Gas (TIG)
	* [[Gas Tungsten Arc Welding]] (GTAW)		* [[Gas Tungsten Arc Welding]] (GTAW)

wikademia>Yame12345 at 01:32, 3 June 2009

2009-06-03T01:32:03Z

@@ Line 58: / Line 58: @@
 ====Deformation====
 ===Joining===
 ====Thermal Joining====
 ====Chemical Joining====

wikademia>Yame12345 at 01:23, 3 June 2009

2009-06-03T01:23:25Z

← Older revision		Revision as of 01:23, 3 June 2009
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	Thermal reducing involves the use of heat to induce a physical [[Phase Transition]]. Operations may include:		Thermal reducing involves the use of heat to induce a physical [[Phase Transition]]. Operations may include:

	* [[Gas torching]]		* Gas torching
	* [[Plasma torching]]		* Plasma torching
	* [[Electrical Discharge Machining (EDM)]]		* Electrical Discharge Machining (EDM)
	* [[Laser torching]]		* Laser torching
	* [[Melting]]		* [[Melting]]

wikademia>Yame12345 at 01:22, 3 June 2009

2009-06-03T01:22:14Z

← Older revision		Revision as of 01:22, 3 June 2009
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	{{Cleanup\|date=January 2009}}		{{Cleanup\|date=January 2009}}
	Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].		Manufacturing Engineering and [[Industrial Engineering]] are names that are frequently used inter-changeably. However [[Industrialization]] has changed since in the 1970s with [[Globalization]], the [[Outsourcing]] of production, and the growth of the [[Virtual Corporation]]. As a result [[Industrial Engineering]] has begun to focus more on the external dynamics of industrial processes, such as: [[Process Management]], [[Project Management]], [[Logistics]], [[Human Factors]], and [[Labor Relations]]; while Manufacturing Engineering remains focused on the internal dynamics of industrial processes, such as: [[Machine Tools]], [[Materials Science]], [[Tribology]], and [[Quality Control]].

			==Undergraduate Curriculum==
			The Bachelor of Science in Manufacturing Engineering will usually be very similar to [[Mechanical Engineering]]. It typically includes the following classes:

			* Statics
			* Mechanics
			* Materials Science
			* Manufacturing Processes
			* Thermodynamics
			* Fluid Mechanics
			* Automated Manufacturing
			* Quality Control
			* Advanced Electric Circuits
			* Machine Tooling

	While there are many sub-disciplinary components that feed into industrial processes, Manufacturing Engineering can be further defined through a [[Taxonomy of manufacturing processes]].		While there are many sub-disciplinary components that feed into industrial processes, Manufacturing Engineering can be further defined through a [[Taxonomy of manufacturing processes]].
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	Mechanical reducing typically involves the use of a hard and sharp metallic object to remove matter. Among the operations involved are:		Mechanical reducing typically involves the use of a hard and sharp metallic object to remove matter. Among the operations involved are:

			* [[Turning]]
			* [[Milling]]
	* [[Drilling]]		* [[Drilling]]
	* [[Boring]]		* [[Boring]]
	* [[Turning]]
	* [[Sawing]]		* [[Sawing]]
	* [[Broaching]]		* [[Broaching]]
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	* [[Gas torching]]		* [[Gas torching]]
	* [[Plasma torching]]		* [[Plasma torching]]
	* [[EDM]]		* [[Electrical Discharge Machining (EDM)]]
	* [[Laser torching]]		* [[Laser torching]]
	* [[Melting]]		* [[Melting]]

wikademia>Bertrouf: interwiki

2009-05-30T02:29:04Z

interwiki

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	{{engineering-stub}}		{{engineering-stub}}
			[[fr:Bureau des méthodes]]