Main Page - Revision history

E.dada at 14:37, 1 September 2026

2026-09-01T14:37:45Z

← Older revision		Revision as of 16:37, 1 September 2026
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	{{~~Caution~~\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}		{{caution\|I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}

E.dada at 14:18, 1 September 2026

2026-09-01T14:18:55Z

← Older revision		Revision as of 16:18, 1 September 2026
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	An analytical study of the receptor cycle is available here:		An analytical study of the receptor cycle is available here:
	[[Special:MyLanguage/Thermodynamic_and_Mechanical_Study]]		[[Special:MyLanguage/Thermodynamic_and_Mechanical_Study\|Thermodynamic and Mechanical Study]]

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E.dada at 14:13, 1 September 2026

2026-09-01T14:13:35Z

← Older revision		Revision as of 16:13, 1 September 2026
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	<translate>		<translate>
	== Thermodynamics == <!--T:58-->		== Thermodynamics == <!--T:58-->


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	{{~~warning~~\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}		{{Caution\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}


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	The development of a software solver and the first numerical applications will follow shortly.		The development of a software solver and the first numerical applications will follow shortly.




	== Mechanics == <!--T:63-->		== Mechanics == <!--T:63-->

E.dada: Marked this version for translation

2026-09-01T14:07:31Z

Marked this version for translation

← Older revision		Revision as of 16:07, 1 September 2026
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	(Updated September 2026)		(Updated September 2026)

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	[[Special:MyLanguage/Thermodynamic_and_Mechanical_Study]]		[[Special:MyLanguage/Thermodynamic_and_Mechanical_Study]]

			<!--T:74-->
	{{warning\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}		{{warning\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}

E.dada at 14:06, 1 September 2026

2026-09-01T14:06:59Z

← Older revision		Revision as of 16:06, 1 September 2026
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	== Thermodynamics == <!--T:58-->		== Thermodynamics == <!--T:58-->

	=== ~~Operating temperatures~~ === <!--T:59-->
			(Updated September 2026)

			=== First Study === <!--T:59-->

	<!--T:60-->		<!--T:60-->
	~~The extreme temperatures reached by the gas depend on~~ the ~~nature~~ of ~~the gas, its initial pressure~~, and ~~the stroke of the pistons during adiabatic phases~~. ~~A machine capable of modifying the latter parameter would allow working with variable temperatures~~.		An analytical study of the receptor cycle is available here:
			[[Special:MyLanguage/Thermodynamic_and_Mechanical_Study]]

			{{warning\|1=I made extensive use of AI to complete this work; I have carefully proofread and edited it, and I consulted three major LLMs to obtain different perspectives. At this stage, validation by a qualified human is required.}}

	=== ~~Heat transfer~~ === <!--T:61-->
			=== Numerical Application === <!--T:61-->

	<!--T:62-->		<!--T:62-->
	The ~~realization~~ of ~~isothermal phases in~~ the ~~ideal cycle requires the matching of :~~		The development of a software solver and the first numerical applications will follow shortly.
	* the nature of the gas and its initial pressure,
	* the characteristics of the heat exchangers, the difference between the temperatures of the hot and cold sources and the extreme temperatures of the gas,
	* the volume ratio of the two cylinders.

	== Mechanics == <!--T:63-->		== Mechanics == <!--T:63-->

E.dada at 13:58, 1 September 2026

2026-09-01T13:58:57Z

← Older revision		Revision as of 15:58, 1 September 2026
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	[[File:Animation cycle recepteur ideal.gif\|frame\|right\|<translate><!--T:34--> receiver cycle<br />(heat pump)</translate>]]		[[File:Animation cycle recepteur ideal.gif\|frame\|right\|<translate><!--T:34--> receiver cycle<br />(heat pump)</translate>]]
	<translate><!--T:35-->		<translate><!--T:35-->
	To develop a reversible [https://en.wikipedia.org/wiki/Heat_engine heat engine], which circulates a gas in a closed circuit between two insulating cylinders of different volumes, through two heat exchangers, in order to approach the [https://en.wikipedia.org/wiki/Carnot_cycle Carnot cycle]..		To develop a reversible [https://en.wikipedia.org/wiki/Heat_engine heat engine], which circulates a gas in a closed circuit between two insulating cylinders of different volumes, through two heat exchangers, in order to approach the [https://en.wikipedia.org/wiki/Carnot_cycle Carnot cycle].

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	<translate>		<translate>

	== Ideal cycle == <!--T:39-->		== Ideal cycle == <!--T:39-->

E.dada at 13:58, 1 September 2026

2026-09-01T13:58:39Z

← Older revision		Revision as of 15:58, 1 September 2026
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	[[File:Animation cycle recepteur ideal.gif\|frame\|right\|<translate><!--T:34--> receiver cycle<br />(heat pump)</translate>]]		[[File:Animation cycle recepteur ideal.gif\|frame\|right\|<translate><!--T:34--> receiver cycle<br />(heat pump)</translate>]]
	<translate><!--T:35-->		<translate><!--T:35-->
	To develop a reversible [https://en.wikipedia.org/wiki/Heat_engine heat engine], which circulates a gas in a closed circuit between two insulating cylinders of different volumes, through two heat exchangers, in order to approach the [https://en.wikipedia.org/wiki/Carnot_cycle Carnot cycle].		To develop a reversible [https://en.wikipedia.org/wiki/Heat_engine heat engine], which circulates a gas in a closed circuit between two insulating cylinders of different volumes, through two heat exchangers, in order to approach the [https://en.wikipedia.org/wiki/Carnot_cycle Carnot cycle]..

	<!--T:36-->		<!--T:36-->

E.dada: Marked this version for translation

2026-09-01T13:49:18Z

Marked this version for translation

← Older revision		Revision as of 15:49, 1 September 2026
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	By contributing with your ideas, knowledge, translations, corrections to the wiki; and also links to your work in case you don't want to contribute under the CC0 license.		By contributing with your ideas, knowledge, translations, corrections to the wiki; and also links to your work in case you don't want to contribute under the CC0 license.

			<!--T:72-->
	Just register and edit.		Just register and edit.

E.dada at 02:45, 23 November 2023

2023-11-23T02:45:27Z

← Older revision		Revision as of 04:45, 23 November 2023
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	You can also ~~[https://www.papayoux-solidarite.com/en/collecte/machine-thermique-libre~~ make a donation].		You can also make a donation.
	</translate>		</translate>

E.dada at 22:43, 1 November 2023

2023-11-01T22:43:38Z

← Older revision		Revision as of 00:43, 2 November 2023
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	The technical possibilities for animating the pistons are numerous, particularly for the receiver cycle, solenoids, camshafts, cylinders … but a simple [[Special:MyLanguage/4-bar mechanism]] seems promising for the realization of an efficient low tech heat pump:</translate>[[File:Animation recepteur 4 barres.gif\|center\|<translate><!--T:65--> Heat pump animated by two symmetrical 4-bar mechanisms</translate>]]		The technical possibilities for animating the pistons are numerous, particularly for the receiver cycle, solenoids, camshafts, cylinders … but a simple [[Special:MyLanguage/4-bar mechanism\|4-bar mechanism]] seems promising for the realization of an efficient low tech heat pump:</translate>[[File:Animation recepteur 4 barres.gif\|center\|<translate><!--T:65--> Heat pump animated by two symmetrical 4-bar mechanisms</translate>]]

	<translate>		<translate>