DVD Wanted List - Revision history

TriSimon: Added to DVD category

2012-02-15T21:48:22Z

Added to DVD category

← Older revision		Revision as of 21:48, 15 February 2012
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	[[Category:Tasks]]		[[Category:Tasks]]
			[[Category:DVD]]

MikeA: /* Introduction */

2012-01-05T21:26:40Z

Introduction

← Older revision		Revision as of 21:26, 5 January 2012
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	#Weight holding capacity of frame assuming point load on 2 upper horizongal long members for a deflection of 1/2" or until bolt failure, whichever is earlier.		#Weight holding capacity of frame assuming point load on 2 upper horizongal long members for a deflection of 1/2" or until bolt failure, whichever is earlier.
	#Shock absorbing capacity of frame using Grade 2 bolts prior to bolt shearing, and same with Grade 5 and 8 bolts. This is used to determine if Grade 2 bolts are satisfactory for lifetime design.		#Shock absorbing capacity of frame using Grade 2 bolts prior to bolt shearing, and same with Grade 5 and 8 bolts. This is used to determine if Grade 2 bolts are satisfactory for lifetime design.
			## '''[[bolt shearing\| Bolt Strength Information]]'''
	#Scaling frame 2x to determine weight bearing capacity of tractor with a larger frame. This is used to determine whether the tractor can be weighed down with concrete or other weights, hile being scaled to about 10x16 feet - or the size required for a bulldozer of 20,000 lb minimum weight.		#Scaling frame 2x to determine weight bearing capacity of tractor with a larger frame. This is used to determine whether the tractor can be weighed down with concrete or other weights, hile being scaled to about 10x16 feet - or the size required for a bulldozer of 20,000 lb minimum weight.
	#Using 2.5" bearings, determining the maximum weight bearing capacity for a jack-shaft drive system, 4 wheel drive, for a bulldozer - using all-steel wheels like in old steam traction engines from about 100 years ago.		#Using 2.5" bearings, determining the maximum weight bearing capacity for a jack-shaft drive system, 4 wheel drive, for a bulldozer - using all-steel wheels like in old steam traction engines from about 100 years ago.

	[[Category:Tasks]]		[[Category:Tasks]]

Marcin at 02:16, 1 January 2012

2012-01-01T02:16:29Z

← Older revision		Revision as of 02:16, 1 January 2012
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	[[Category:Tasks]]		[[Category:Tasks]]
	~~[[Category:Task List]]~~

Marcin at 02:16, 1 January 2012

2012-01-01T02:16:17Z

← Older revision		Revision as of 02:16, 1 January 2012
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	[[Category:Tasks]]		[[Category:Tasks]]
			[[Category:Task List]]

Marcin at 02:16, 1 January 2012

2012-01-01T02:16:02Z

← Older revision		Revision as of 02:16, 1 January 2012
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	#Scaling frame 2x to determine weight bearing capacity of tractor with a larger frame. This is used to determine whether the tractor can be weighed down with concrete or other weights, hile being scaled to about 10x16 feet - or the size required for a bulldozer of 20,000 lb minimum weight.		#Scaling frame 2x to determine weight bearing capacity of tractor with a larger frame. This is used to determine whether the tractor can be weighed down with concrete or other weights, hile being scaled to about 10x16 feet - or the size required for a bulldozer of 20,000 lb minimum weight.
	#Using 2.5" bearings, determining the maximum weight bearing capacity for a jack-shaft drive system, 4 wheel drive, for a bulldozer - using all-steel wheels like in old steam traction engines from about 100 years ago.		#Using 2.5" bearings, determining the maximum weight bearing capacity for a jack-shaft drive system, 4 wheel drive, for a bulldozer - using all-steel wheels like in old steam traction engines from about 100 years ago.

			[[Category:Tasks]]

MikeA at 16:06, 31 December 2011

2011-12-31T16:06:54Z

← Older revision		Revision as of 16:06, 31 December 2011
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	#Movable trailer for CEB - <span style="color:red"> [[Sweiger Shop]] will produce it. </span>		#Movable trailer for CEB - <span style="color:red"> [[Sweiger Shop]] will produce it. </span>
	#Movable Trailer - video and CAD - planned for mid January. Marcin will video the trailer.		#Movable Trailer - video and CAD - planned for mid January. Marcin will video the trailer.
	#Remake of the CEB animation - http://www.youtube.com/v/zoPq639C4CA&hl=en&fs=1 - where hopper is directly above the compression chamber - with [http://openpario.mime.oregonstate.edu/documents/1257 CEB press STEP file] <span style="color:red"> Cicnos? </span>		# [[Image:check.png]] [http://vimeo.com/34354188 Link:] Remake of the CEB animation - http://www.youtube.com/v/zoPq639C4CA&hl=en&fs=1 - where hopper is directly above the compression chamber - with [http://openpario.mime.oregonstate.edu/documents/1257 CEB press STEP file] <span style="color:red"> Cicnos? </span>
	#Animation script for overall GVCS Product Ecologies		#Animation script for overall GVCS Product Ecologies
	#Actual animation from Animation Script - clever way to explain the entire set.		#Actual animation from Animation Script - clever way to explain the entire set.

MikeA: /* Introduction */

2011-12-29T04:13:57Z

Introduction

← Older revision		Revision as of 04:13, 29 December 2011
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	#Animation script for overall GVCS Product Ecologies		#Animation script for overall GVCS Product Ecologies
	#Actual animation from Animation Script - clever way to explain the entire set.		#Actual animation from Animation Script - clever way to explain the entire set.
	# ~~'''DONE~~:~~'''~~ Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file		# [[Image:check.png]]Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file

	CAE Tasks:		CAE Tasks:

MikeA: /* Introduction */

2011-12-29T04:08:45Z

Introduction

← Older revision		Revision as of 04:08, 29 December 2011
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	#Animation script for overall GVCS Product Ecologies		#Animation script for overall GVCS Product Ecologies
	#Actual animation from Animation Script - clever way to explain the entire set.		#Actual animation from Animation Script - clever way to explain the entire set.
	#Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file		# '''DONE:''' Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file

	CAE Tasks:		CAE Tasks:

Marcin: /* Introduction */

2011-12-28T14:42:38Z

Introduction

← Older revision		Revision as of 14:42, 28 December 2011
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	#Actual animation from Animation Script - clever way to explain the entire set.		#Actual animation from Animation Script - clever way to explain the entire set.
	#Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file		#Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file

			CAE Tasks:

	#Determining the shear limit of a 3/4" grade 8 bolt holding the wheel in place. This would involve 3 points of failure: the shearing of the bolt (simple pin-through with metal lock nut); ripping of the 3/4" bolt hole through the cold-rolled steel shaft; ripping of the reinforced collar holding the wheel. Test for maximum safe torque with a safety factor resulting in 30 years of continuous operation (equivalent to 8 hours per day for 100 years).		#Determining the shear limit of a 3/4" grade 8 bolt holding the wheel in place. This would involve 3 points of failure: the shearing of the bolt (simple pin-through with metal lock nut); ripping of the 3/4" bolt hole through the cold-rolled steel shaft; ripping of the reinforced collar holding the wheel. Test for maximum safe torque with a safety factor resulting in 30 years of continuous operation (equivalent to 8 hours per day for 100 years).
	#Determining the wheel mounting strategy (multiple bolts, key, or spline that would achieve the above lifetime). If practical considerations require replacement as the only lifetime design option, that may be the outcome.		#Determining the wheel mounting strategy (multiple bolts, key, or spline that would achieve the above lifetime). If practical considerations require replacement as the only lifetime design option, that may be the outcome.

Marcin at 14:42, 28 December 2011

2011-12-28T14:42:06Z

← Older revision		Revision as of 14:42, 28 December 2011
Line 9:		Line 9:
	#Actual animation from Animation Script - clever way to explain the entire set.		#Actual animation from Animation Script - clever way to explain the entire set.
	#Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file		#Collate http://opensourceecology.org/wiki/Soil_Pulverizer_-_Fabrication_Drawings into a PDF file
			#Determining the shear limit of a 3/4" grade 8 bolt holding the wheel in place. This would involve 3 points of failure: the shearing of the bolt (simple pin-through with metal lock nut); ripping of the 3/4" bolt hole through the cold-rolled steel shaft; ripping of the reinforced collar holding the wheel. Test for maximum safe torque with a safety factor resulting in 30 years of continuous operation (equivalent to 8 hours per day for 100 years).
			#Determining the wheel mounting strategy (multiple bolts, key, or spline that would achieve the above lifetime). If practical considerations require replacement as the only lifetime design option, that may be the outcome.
			#Test for maximum weight bearing capacity of 1-7/8" shaft based on wheel geometry of [[Quick Attach Wheel]]
			#Test of weight bearing capacity of [[Quick Attach Wheels]] system
			#Weight holding capacity of frame assuming point load on 2 upper horizongal long members for a deflection of 1/2" or until bolt failure, whichever is earlier.
			#Shock absorbing capacity of frame using Grade 2 bolts prior to bolt shearing, and same with Grade 5 and 8 bolts. This is used to determine if Grade 2 bolts are satisfactory for lifetime design.
			#Scaling frame 2x to determine weight bearing capacity of tractor with a larger frame. This is used to determine whether the tractor can be weighed down with concrete or other weights, hile being scaled to about 10x16 feet - or the size required for a bulldozer of 20,000 lb minimum weight.
			#Using 2.5" bearings, determining the maximum weight bearing capacity for a jack-shaft drive system, 4 wheel drive, for a bulldozer - using all-steel wheels like in old steam traction engines from about 100 years ago.