Cydraulic - Revision history

Locoman at 23:15, 18 September 2023

2023-09-18T23:15:17Z

← Older revision		Revision as of 23:15, 18 September 2023
Line 1:		Line 1:
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]

	'''Cydraulics''' are a ~~mechanical thing~~.		'''Cydraulics''' are a component of [[Transformer\|Cybertronian]] anatomy.

	{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/2005 IDW continuity\|Optimus Prime]] contemplates his own fallibility\|[[Spotlight: Optimus Prime]]}}		{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/2005 IDW continuity\|Optimus Prime]] contemplates his own fallibility\|[[Spotlight: Optimus Prime]]}}

Broadside: If they're in the live-action film series surely that should be cited with a fiction entry? And why's there a {{now}} template on it? Goddamn it, Derik.

2023-09-18T22:26:13Z

If they're in the live-action film series surely that should be cited with a fiction entry? And why's there a {{now}} template on it? Goddamn it, Derik.

← Older revision		Revision as of 22:26, 18 September 2023
Line 7:		Line 7:
	==Fiction==		==Fiction==
	===2005 IDW continuity===		===2005 IDW continuity===
	On the planet [[Nebulos]], [[Ultra Magnus (G1)/2005 IDW continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s, and cydraulics within an [[~~augment~~]]~~ed Nebulan~~ as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}		On the planet [[Nebulos]], [[Ultra Magnus (G1)/2005 IDW continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s, and cydraulics within an augmented [[Nebulan]] as [[Cybertron (planet)\|Cybertronian]] technology. {{storylink\|Spotlight: Ultra Magnus}}

	==Notes==		==Notes==
	*"Cydraulics" is a real, albeit obscure term used for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse.		*"Cydraulics" is a real, albeit obscure term used for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse. In this case, however, it's ''probably'' just a portmanteau of "cyber"/"Cybertronian" and "hydraulics".
	* Cydraulics have appeared in [[IDW Publishing]]'s ~~[[The Transformers (franchise)\|Generation 1]] comics~~ and ~~the [[live-action film series]]~~.~~{{now\|20:38, 2 July 2009 (EDT)}}~~

	[[Category:IDW (2005) Transformer anatomy]]		[[Category:IDW (2005) Transformer anatomy]]

Saix: Removing madeup Derik bullshit

2023-09-18T22:12:15Z

Removing madeup Derik bullshit

← Older revision		Revision as of 22:12, 18 September 2023
Line 1:		Line 1:
	~~{{Cleanup\|\|Make less Derik}}~~
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.

	Cydraulic lubrication systems play an obvious role in dispersing {{w\|Tribology\|tribologic}} (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' ~~related to the mechanical force applied by the liquid; it~~'~~s a means of managing waste heat generated by~~ ''~~other~~'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>		'''Cydraulics''' are a mechanical thing.

	~~''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves~~.

	{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/2005 IDW continuity\|Optimus Prime]] contemplates his own fallibility\|[[Spotlight: Optimus Prime]]}}		{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/2005 IDW continuity\|Optimus Prime]] contemplates his own fallibility\|[[Spotlight: Optimus Prime]]}}
Line 11:		Line 7:
	==Fiction==		==Fiction==
	===2005 IDW continuity===		===2005 IDW continuity===
	On the planet [[Nebulos]], [[Ultra Magnus (G1)/2005 IDW continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}		On the planet [[Nebulos]], [[Ultra Magnus (G1)/2005 IDW continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s, and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}

	==Notes==		==Notes==
	* Cydraulics is a ''real'' albeit obscure term used ~~primarily as an emerging buzzword~~ for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse. But prior to '''this article's creation'''{{now\|21:59, 30 June 2009 (EDT)}}, despite appearing as a sales term for a variety of recent industrial products, the term was not actually ''defined'' anywhere on the internet.<br/>''Well it is now.''		*"Cydraulics" is a real, albeit obscure term used for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse.
	* Cydraulics have appeared in [[IDW Publishing]]'s ''[[The Transformers (franchise)\|Generation 1]]'' comics and the [[live-action film series]].{{now\|20:38, 2 July 2009 (EDT)}}		* Cydraulics have appeared in [[IDW Publishing]]'s [[The Transformers (franchise)\|Generation 1]] comics and the [[live-action film series]].{{now\|20:38, 2 July 2009 (EDT)}}

	~~==References==~~
	~~<references/>~~

	[[Category:IDW (2005) Transformer anatomy]]		[[Category:IDW (2005) Transformer anatomy]]

Saix at 06:08, 2 May 2019

2019-05-02T06:08:11Z

← Older revision		Revision as of 06:08, 2 May 2019
Line 1:		Line 1:
			{{Cleanup\|\|Make less Derik}}
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.
Line 19:		Line 20:
	<references/>		<references/>

	~~[[Category:Generation 1 Transformer anatomy]]~~		[[Category:IDW (2005) Transformer anatomy]]
	[[Category:IDW (2005)]]

S.H.I.E.L.D. Agent 47 at 03:07, 27 April 2019

2019-04-27T03:07:45Z

← Older revision		Revision as of 03:07, 27 April 2019
Line 2:		Line 2:
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.

	Cydraulic lubrication systems play an obvious role in dispersing {{w\|Tribology\|tribologic}} (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>		Cydraulic lubrication systems play an obvious role in dispersing {{w\|Tribology\|tribologic}} (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>

	''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.		''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.

	{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/IDW ~~2005~~ continuity\|Optimus Prime]] contemplates his own fallibility\|"[[Spotlight: Optimus Prime]]"}}		{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/2005 IDW continuity\|Optimus Prime]] contemplates his own fallibility\|[[Spotlight: Optimus Prime]]}}

	==Fiction==		==Fiction==
	===IDW ~~''Generation 1''~~ continuity===		===2005 IDW continuity===
	On the planet [[Nebulos]], [[Ultra Magnus (G1)/IDW ~~2005~~ continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}		On the planet [[Nebulos]], [[Ultra Magnus (G1)/2005 IDW continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}

	==Notes==		==Notes==
	* Cydraulics is a ''real'' albeit obscure term used primarily as an emerging buzzword for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse. But prior to '''this article's creation'''{{now\|21:59, 30 June 2009 (EDT)}}, despite appearing as a sales term for a variety of recent industrial products, the term was not actually ''defined'' anywhere on the internet.<br/>''Well it is now.''		* Cydraulics is a ''real'' albeit obscure term used primarily as an emerging buzzword for certain high-performance metal presses and braking systems where the pressures involved cause heat to build-up at a rate faster than it would normally disperse. But prior to '''this article's creation'''{{now\|21:59, 30 June 2009 (EDT)}}, despite appearing as a sales term for a variety of recent industrial products, the term was not actually ''defined'' anywhere on the internet.<br/>''Well it is now.''
	* Cydraulics have appeared in [[IDW Publishing]]'s ''[[~~Generation 1~~ (franchise)\|Generation 1]]'' comics and the [[live-action film series]].{{now\|20:38, 2 July 2009 (EDT)}}		* Cydraulics have appeared in [[IDW Publishing]]'s ''[[The Transformers (franchise)\|Generation 1]]'' comics and the [[live-action film series]].{{now\|20:38, 2 July 2009 (EDT)}}

	==References==		==References==
Line 20:		Line 20:

	[[Category:Generation 1 Transformer anatomy]]		[[Category:Generation 1 Transformer anatomy]]
	[[Category:IDW 2005 ~~continuity~~]]		[[Category:IDW (2005)]]

Mammalian Verisimilitude at 03:48, 28 March 2019

2019-03-28T03:48:18Z

← Older revision		Revision as of 03:48, 28 March 2019
Line 6:		Line 6:
	''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.		''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.

	{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/IDW ~~Generation 1~~ continuity\|Optimus Prime]] contemplates his own fallibility\|"[[Spotlight: Optimus Prime]]"}}		{{quote\|We encapsulate an ideal, [...] But '''scratch''' the surface... and we are just metal and cydraulics.\|[[Optimus Prime (G1)/IDW 2005 continuity\|Optimus Prime]] contemplates his own fallibility\|"[[Spotlight: Optimus Prime]]"}}

	==Fiction==		==Fiction==
	===IDW ''Generation 1'' continuity===		===IDW ''Generation 1'' continuity===
	On the planet [[Nebulos]], [[Ultra Magnus (G1)/IDW ~~Generation 1~~ continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}		On the planet [[Nebulos]], [[Ultra Magnus (G1)/IDW 2005 continuity\|Ultra Magnus]] recognized the combination of servos, [[trauma-buffer]]s and cydraulics within an [[augment]]ed Nebulan as Cybertronian technology. {{storylink\|Spotlight: Ultra Magnus}}

	==Notes==		==Notes==
Line 20:		Line 20:

	[[Category:Generation 1 Transformer anatomy]]		[[Category:Generation 1 Transformer anatomy]]
	[[Category:IDW ~~Generation 1~~]]		[[Category:IDW 2005 continuity]]

Cyberlink420 at 12:42, 11 September 2018

2018-09-11T12:42:43Z

← Older revision		Revision as of 12:42, 11 September 2018
Line 2:		Line 2:
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.

	Cydraulic lubrication systems play an obvious role in dispersing ~~[[Wikipedia:~~Tribology\|tribologic]] (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>		Cydraulic lubrication systems play an obvious role in dispersing {{w\|Tribology\|tribologic}} (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>

	''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.		''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.

Saix at 16:18, 30 December 2015

2015-12-30T16:18:56Z

← Older revision		Revision as of 16:18, 30 December 2015
Line 1:		Line 1:
	~~:''Cydraulics are a technology used in [[Transformer]] bodies.~~
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.

	Cydraulic lubrication systems play an obvious role in dispersing [[Wikipedia:Tribology\|tribologic]] (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>		Cydraulic lubrication systems play an obvious role in dispersing [[Wikipedia:Tribology\|tribologic]] (friction-generated) heat generated at the point of mechanical contact. Conversely, the cooling in "thermal hydraulic" systems is ''not'' related to the mechanical force applied by the liquid; it's a means of managing waste heat generated by ''other'' systems by cooling the infrastructure itself... particularly in micro-gravity or vacuum environments where convection-dispersal cannot be counted on.<ref><tt>Heat rejection for all systems, open or closed, is a primary issue due to the constraints of weight and micro-gravity. The thermal hydraulic aspects of the systems must address the cooling of not only the reactor, but the power conversion and power conditioning equipment as well.</tt> — [http://web.archive.org/web/20100528051000/http://www-rsicc.ornl.gov/ANST_site/technical.pdf Technical Information Service], American Institute of Aeronautics and Astronautics</ref>


	''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.		''tldr;'' You refrigerate the hydraulic fluid so it cools the machine as it moves.
Line 21:		Line 19:
	<references/>		<references/>

	[[Category:Transformer anatomy]]		[[Category:Generation 1 Transformer anatomy]]
	[[Category:IDW Generation 1]]		[[Category:IDW Generation 1]]

SanityOrMadness at 21:41, 31 December 2014

2014-12-31T21:41:45Z

← Older revision		Revision as of 21:41, 31 December 2014
Line 1:		Line 1:
	:''Cydraulics are a technology used in [[Transformer]] bodies.		:''Cydraulics are a technology used in [[Transformer]] bodies.
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|~~250px~~]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|upright=1.4]]
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.

Line 22:		Line 22:

	[[Category:Transformer anatomy]]		[[Category:Transformer anatomy]]
			[[Category:IDW Generation 1]]

Ookalf at 22:13, 7 April 2014

2014-04-07T22:13:16Z

← Older revision		Revision as of 22:13, 7 April 2014
Line 1:		Line 1:
	:''Cydraulics are a technology used in Transformer bodies.		:''Cydraulics are a technology used in [[Transformer]] bodies.
	[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|250px]]		[[File:Spotlightultramagnus cydraulics.jpg\|thumb\|250px]]
	'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.		'''Cydraulics''' are a catchall term for ''thermal hydraulic'' or ''hydrostatic lubrication'' systems which utilize an active cooling element to offset excessive heat build-up in due to mechanical stress.