Technical Milestones - Revision history

Marcin: /* Milestones */

2019-03-21T17:22:45Z

Milestones

← Older revision		Revision as of 17:22, 21 March 2019
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	#100 lb force plastic/steel/concrete composite frames for small milling and torch table.		#100 lb force plastic/steel/concrete composite frames for small milling and torch table.
	#Feasibility of nonviolence paper via lifecycle stewardship in production. Includes feasibility study on PV, hydrogen, plastic, concrete, steel, and ceramic.		#Feasibility of nonviolence paper via lifecycle stewardship in production. Includes feasibility study on PV, hydrogen, plastic, concrete, steel, and ceramic.
			#$10,000 revenue per day, 200kW, family business PV facility. Produces 30kW/day - or 120 panels per day. 5 per hour.

	=Other=		=Other=

Marcin: /* Milestones */

2019-03-21T17:20:13Z

Milestones

← Older revision		Revision as of 17:20, 21 March 2019
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	#Feasibility of rubber tire production at 20lb/day rates per extruder, and 100 lb/day per machines		#Feasibility of rubber tire production at 20lb/day rates per extruder, and 100 lb/day per machines
	#100 lb force plastic/steel/concrete composite frames for small milling and torch table.		#100 lb force plastic/steel/concrete composite frames for small milling and torch table.
	#Feasibility of nonviolence paper via lifecycle stewardship in production. Includes feasibility study on PV, plastic, concrete, steel, and ceramic.		#Feasibility of nonviolence paper via lifecycle stewardship in production. Includes feasibility study on PV, hydrogen, plastic, concrete, steel, and ceramic.

	=Other=		=Other=

Marcin: /* Milestones */

2019-03-21T17:18:44Z

Milestones

← Older revision		Revision as of 17:18, 21 March 2019
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	=Milestones=		=Milestones=
	#100 micron accuracy, precision, and repeatability of 3D printing features in plastic, or about the limit of human eyesight.		#100 micron accuracy, precision, and repeatability of 3D printing features in plastic, or about the limit of human eyesight.
	#RAMPS-based heavy duty machining with 1000 lb of force ~~and 10 micron accuracy~~. See [[Machining Forces]].		#RAMPS-based heavy duty machining with 1000 lb of force. See [[Machining Forces]].
			#Heavy duty cubic plastic-steel-concrete composite frames for 1000lb force and 10 micron deflection.
	#Stepper motors with infinite geardown producing 1000 lb force and		#Stepper motors with infinite geardown producing 1000 lb force and
			#$1000/day (5 ton) solar concrete production from 200kW array. Feasibility study of small scale solar cement production.
			#MIG casting feasibility for 100 micron accurate parts
			#200 lb/hour steel 3" round ingot production for 8' lengths at 10 cent per lb cost ($20 cost, or 200kWhr with off-grid PV for $2 in energy and $18 in labor for 10 minutes of attendance time )
			#Feasibility of steel hot rolling of the 8" ingots to 1x8, 1/2x16, 1/4x32, and 1/8x64 sheet.
			#Feasibility of 3D print-to-metal [[Desktop Foundry]] with ZA alloys for small aluminum and low T melting parts up to 10 lb.
			#Feasibility of [[MIM]] pellet filament production
			#Feasibility of rubber tire production at 20lb/day rates per extruder, and 100 lb/day per machines
			#100 lb force plastic/steel/concrete composite frames for small milling and torch table.
			#Feasibility of nonviolence paper via lifecycle stewardship in production. Includes feasibility study on PV, plastic, concrete, steel, and ceramic.

	=Other=		=Other=

Marcin: /* Milestones */

2019-03-21T16:54:54Z

Milestones

← Older revision		Revision as of 16:54, 21 March 2019
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	#100 micron accuracy, precision, and repeatability of 3D printing features in plastic, or about the limit of human eyesight.		#100 micron accuracy, precision, and repeatability of 3D printing features in plastic, or about the limit of human eyesight.
	#RAMPS-based heavy duty machining with 1000 lb of force and 10 micron accuracy. See [[Machining Forces]].		#RAMPS-based heavy duty machining with 1000 lb of force and 10 micron accuracy. See [[Machining Forces]].
	*		#Stepper motors with infinite geardown producing 1000 lb force and

	=Other=		=Other=

Marcin at 16:48, 21 March 2019

2019-03-21T16:48:26Z

← Older revision		Revision as of 16:48, 21 March 2019
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			=Intro=
			These are the technical milestones required for the smooth operation of a [[Village Campus]] by 2028. These milestones refer to industrial performance necessary to both produce industrial productivity on a small scale - meet strict quality control standards - and harmonize with lifecycle stewardship that leads to regenerative development and afforestation.

			=Milestones=
			#100 micron accuracy, precision, and repeatability of 3D printing features in plastic, or about the limit of human eyesight.
			#RAMPS-based heavy duty machining with 1000 lb of force and 10 micron accuracy. See [[Machining Forces]].
			*

			=Other=
	*Validate [[Solar Cement Calculations]] of 5 tons/day for 200kW array		*Validate [[Solar Cement Calculations]] of 5 tons/day for 200kW array
	*Can [[MIG Casting]] convert 3D printed parts to steel and aluminum with sub 1 mm resolution?		*Can [[MIG Casting]] convert 3D printed parts to steel and aluminum with sub 1 mm resolution?

Marcin: Marcin moved page Research Questions to Technical Milestones

2019-03-21T16:10:45Z

Marcin moved page Research Questions to Technical Milestones

← Older revision	Revision as of 16:10, 21 March 2019
(No difference)

Marcin at 19:49, 10 March 2019

2019-03-10T19:49:23Z

← Older revision		Revision as of 19:49, 10 March 2019
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	*Can cutting gas oxyhydrogen be produced at a cost of $500 per 10kW?		*Can cutting gas oxyhydrogen be produced at a cost of $500 per 10kW?
	*Can a welder power supply for MIG be built for $100 for 10kW?		*Can a welder power supply for MIG be built for $100 for 10kW?
			*Can a 100kW induction furnace produce 2500 lb of 3" ingot feedstock per day?

Marcin at 19:44, 10 March 2019

2019-03-10T19:44:54Z

← Older revision		Revision as of 19:44, 10 March 2019
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	*Can [[MIG Casting]] convert 3D printed parts to steel and aluminum with sub 1 mm resolution?		*Can [[MIG Casting]] convert 3D printed parts to steel and aluminum with sub 1 mm resolution?
	*Can a 100kW induction furnace be built for $5k for the power electronics, cooling, and heating coil? Crucible is included.		*Can a 100kW induction furnace be built for $5k for the power electronics, cooling, and heating coil? Crucible is included.
			*Can cutting gas oxyhydrogen be produced at a cost of $500 per 10kW?
			*Can a welder power supply for MIG be built for $100 for 10kW?

Marcin at 19:43, 10 March 2019

2019-03-10T19:43:04Z

← Older revision		Revision as of 19:43, 10 March 2019
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	*Validate [[Solar Cement Calculations]] of 5 tons/day for 200kW array		*Validate [[Solar Cement Calculations]] of 5 tons/day for 200kW array
			*Can [[MIG Casting]] convert 3D printed parts to steel and aluminum with sub 1 mm resolution?
			*Can a 100kW induction furnace be built for $5k for the power electronics, cooling, and heating coil? Crucible is included.

Marcin: Created page with "*Validate Solar Cement Calculations of 5 tons/day for 200kW array"

2019-03-10T19:39:19Z

Created page with "*Validate Solar Cement Calculations of 5 tons/day for 200kW array"

New page

*Validate [[Solar Cement Calculations]] of 5 tons/day for 200kW array