Scale agnostic mechanical design principles - Revision history

Apm: /* Limits to the scale agnosticness */

2025-07-18T17:47:30Z

Limits to the scale agnosticness

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	Also the principles may only come into full effect of their benefit only once applied applied together. <br>		Also the principles may only come into full effect of their benefit only once applied applied together. <br>
	As so done in: [[ReChain frame systems]] <br>		As so done in: [[ReChain frame systems]] <br>

			There are other less general limits discussed on the sub-pages.

	== Related ==		== Related ==

Apm: /* Limits to the scale agnosticness */

2025-07-18T16:55:01Z

Limits to the scale agnosticness

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	Related here is the topic of: [[Digital control over reversibly composable units of matter]]. <br>		Related here is the topic of: [[Digital control over reversibly composable units of matter]]. <br>

	Also the principles may only come into full effect of their benefit once applied applied together. <br>		Also the principles may only come into full effect of their benefit only once applied applied together. <br>
	As so done in: [[ReChain frame systems]] <br>		As so done in: [[ReChain frame systems]] <br>

Apm: /* Limits to the scale agnosticness */ removed redundant "applied"

2025-07-18T16:54:21Z

Limits to the scale agnosticness: removed redundant "applied"

← Older revision		Revision as of 18:54, 18 July 2025
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	== Limits to the scale agnosticness ==		== Limits to the scale agnosticness ==

	There is a bit of overhead to all these principles when consequently ~~applied~~ applied. <br>		There is a bit of overhead to all these principles when consequently applied. <br>
	So they may become increasingly practical the smaller the mechanical parts of the systems become. <br>		So they may become increasingly practical the smaller the mechanical parts of the systems become. <br>
	Much like standardized electronic building elements (R,C,L) and dicgital circuits <br>		Much like standardized electronic building elements (R,C,L) and dicgital circuits <br>

Apm at 16:53, 18 July 2025

2025-07-18T16:53:46Z

← Older revision		Revision as of 18:53, 18 July 2025
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	This is is set of elegant natural design principles <br>		This is is set of elegant natural design principles <br>
	that have been found and compiled by ~~the~~ [[author]] of this wiki <br>		that have been found and compiled by [[the author of this wiki]] <br>
	These principles are meant for recomposable modular mechanical systems. <br>		These principles are meant for recomposable modular mechanical systems. <br>

Apm: added intro and section == Limits to the scale agnosticness ==

2025-07-18T16:51:36Z

added intro and section == Limits to the scale agnosticness ==

← Older revision		Revision as of 18:51, 18 July 2025
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	{{stub}}		{{stub}}

	* [[~~Form closure~~]]		This is is set of elegant natural design principles <br>
			that have been found and compiled by the [[author]] of this wiki <br>
			These principles are meant for recomposable modular mechanical systems. <br>

			== List of principles ==

	* [[Self centering]] – more concrete: '''[[Multi V-groove self-centering]]'''		* [[Self centering]] – more concrete: '''[[Multi V-groove self-centering]]'''
	* [[Positive locking]] – more concrete: '''[[ReChain positive locking mechanism]]'''		* [[Positive locking]] – more concrete: '''[[ReChain positive locking mechanism]]'''
			* [[Form closure]]
	* [[Design principle of passive pretension]] – [[clip connector]]s applied such that pretension remains <br>(for strong connections clips orthogonal to load)		* [[Design principle of passive pretension]] – [[clip connector]]s applied such that pretension remains <br>(for strong connections clips orthogonal to load)
	'''Tension principles:'''		'''Tension principles:'''
	* [[Tension redirection principle]] – more concrete: '''[[ReChain tension redirection method]]'''		* [[Tension redirection principle]] – more concrete: '''[[ReChain tension redirection method]]'''
	* [[Rebar chain tensioning]] (tension applied only after loose pre-assembly). <br>This last one builds on pretty much all the other principles here.		* [[Rebar chain tensioning]] (tension applied only after loose pre-assembly). <br>This last one builds on pretty much all the other principles here.

			== Limits to the scale agnosticness ==

			There is a bit of overhead to all these principles when consequently applied applied. <br>
			So they may become increasingly practical the smaller the mechanical parts of the systems become. <br>
			Much like standardized electronic building elements (R,C,L) and dicgital circuits <br>
			became increasingly practical with progressing miniaturization. <br>
			Related here is the topic of: [[Digital control over reversibly composable units of matter]]. <br>

			Also the principles may only come into full effect of their benefit once applied applied together. <br>
			As so done in: [[ReChain frame systems]] <br>

	== Related ==		== Related ==
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	* [[Design principles for crystolecular systems]]		* [[Design principles for crystolecular systems]]
	* [[The DAPMAT demo project]]		* [[The DAPMAT demo project]]
			----
			* [[Digital control over reversibly composable units of matter]]

Apm: improvements

2025-07-18T16:05:56Z

improvements

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	* [[Form closure]]		* [[Form closure]]
	* [[Multi V-groove self-centering]] ([[~~Self centering~~]])		* [[Self centering]] – more concrete: '''[[Multi V-groove self-centering]]'''
	* [[~~Positive~~ locking]]		* [[Positive locking]] – more concrete: '''[[ReChain positive locking mechanism]]'''
	* [[Design principle of passive pretension]]		* [[Design principle of passive pretension]] – [[clip connector]]s applied such that pretension remains <br>(for strong connections clips orthogonal to load)
	'''Tension principles:'''		'''Tension principles:'''
	* [[Tension redirection principle]] – more concrete: [[ReChain tension redirection method]]		* [[Tension redirection principle]] – more concrete: '''[[ReChain tension redirection method]]'''
	* [[Rebar chain tensioning]] (~~post~~ pre-assembly). <br>This one builds on pretty much all the other principles here.		* [[Rebar chain tensioning]] (tension applied only after loose pre-assembly). <br>This last one builds on pretty much all the other principles here.

	== Related ==		== Related ==

Apm: added link to page: ReChain tension redirection method

2025-07-18T15:56:32Z

added link to page: ReChain tension redirection method

← Older revision		Revision as of 17:56, 18 July 2025
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	* [[Design principle of passive pretension]]		* [[Design principle of passive pretension]]
	'''Tension principles:'''		'''Tension principles:'''
	* [[Tension redirection principle]]		* [[Tension redirection principle]] – more concrete: [[ReChain tension redirection method]]
	* [[Rebar chain tensioning]] (post pre-assembly). <br>This one builds on pretty much all the other principles here.		* [[Rebar chain tensioning]] (post pre-assembly). <br>This one builds on pretty much all the other principles here.

Apm at 15:54, 18 July 2025

2025-07-18T15:54:48Z

← Older revision		Revision as of 17:54, 18 July 2025
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	* [[Design principle of passive pretension]]		* [[Design principle of passive pretension]]
	'''Tension principles:'''		'''Tension principles:'''
	* [[Rebar chain tensioning]] (post pre-assembly)
	* [[Tension redirection principle]]		* [[Tension redirection principle]]
			* [[Rebar chain tensioning]] (post pre-assembly). <br>This one builds on pretty much all the other principles here.

	== Related ==		== Related ==

Apm: Apm moved page Scale agnostic design principles to Scale agnostic mechanical design principles: longer but a bit more explicit

2025-07-18T15:53:30Z

Apm moved page Scale agnostic design principles to Scale agnostic mechanical design principles: longer but a bit more explicit

← Older revision	Revision as of 17:53, 18 July 2025
(No difference)

Apm: /* Related */

2025-07-18T14:18:15Z

← Older revision		Revision as of 16:18, 18 July 2025
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	* [[RepRec pick-and-place robots]] & [[:Category:RepRec]]		* [[RepRec pick-and-place robots]] & [[:Category:RepRec]]
	----		----
	* Non scale agnostic:		Non scale agnostic:
	* [[Design principles for crystolecular systems]]		* [[Design principles for crystolecular systems]]
	* [[The DAPMAT demo project]]		* [[The DAPMAT demo project]]