Large Workshop Structure - Revision history

Marcin: /* Material Cost */

2024-07-15T05:52:55Z

Material Cost

← Older revision		Revision as of 05:52, 15 July 2024
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	*20'x20' - 9.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm] for 130 lb truss. $63 per truss.		*20'x20' - 9.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm] for 130 lb truss. $63 per truss.
	*20' cube costs $756 for the structure. 12 truss.		*20' cube costs $756 for the structure. 12 truss.
	*Let's keep it sane - 10' ceilings - and 10 truss equivalent. $630. Keep it to 20x20 units that can be added on.		*20' structure- Let's keep it sane - 10' ceilings - and 10 truss equivalent. $630. Keep it to 20x20 units that can be added on.
	*For 8x20 structures such as trailers (13.5' max) - 144' of truss or about 7 truss equivalent. 900 lb frame.		*For 8x20 structures such as trailers (13.5' max) - 144' of truss or about 7 truss equivalent. 900 lb frame.
	*8x10' structure for trailers - 5 truss equivalent or 650 lb, $300 in frame materials.		*8x10' structure for trailers - 5 truss equivalent or 650 lb, $300 in frame materials.

Marcin: /* Cost */

2024-07-15T05:52:35Z

Cost

← Older revision		Revision as of 05:52, 15 July 2024
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	'''Logistics''': 1 day weld, 6 welders, cutting happens prior to weld. 1 day assemble. Joints are required. Connector system must be created for this system if build is to be rapid. Choices include u-bolts and plates.		'''Logistics''': 1 day weld, 6 welders, cutting happens prior to weld. 1 day assemble. Joints are required. Connector system must be created for this system if build is to be rapid. Choices include u-bolts and plates.

	=Cost=		=Material Cost=
	*20'x20' - 9.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm] for 130 lb truss. $63 per truss.		*20'x20' - 9.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm] for 130 lb truss. $63 per truss.
	*20' cube costs $756 for the structure. 12 truss.		*20' cube costs $756 for the structure. 12 truss.

Marcin: /* Cost */

2024-07-15T05:49:02Z

Cost

← Older revision		Revision as of 05:49, 15 July 2024
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	=Cost=		=Cost=
	*~~20x20~~ - 10.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm]		*20'x20' - 9.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm] for 130 lb truss. $63 per truss.
			*20' cube costs $756 for the structure. 12 truss.
			*Let's keep it sane - 10' ceilings - and 10 truss equivalent. $630. Keep it to 20x20 units that can be added on.
			*For 8x20 structures such as trailers (13.5' max) - 144' of truss or about 7 truss equivalent. 900 lb frame.
			*8x10' structure for trailers - 5 truss equivalent or 650 lb, $300 in frame materials.

	=Working Doc 2 - Build Instructions for a Large Workshop Foundation=		=Working Doc 2 - Build Instructions for a Large Workshop Foundation=

Marcin: /* Build Time */

2024-07-15T05:36:37Z

Build Time

← Older revision		Revision as of 05:36, 15 July 2024
Line 37:		Line 37:
	'''Logistics''': 1 day weld, 6 welders, cutting happens prior to weld. 1 day assemble. Joints are required. Connector system must be created for this system if build is to be rapid. Choices include u-bolts and plates.		'''Logistics''': 1 day weld, 6 welders, cutting happens prior to weld. 1 day assemble. Joints are required. Connector system must be created for this system if build is to be rapid. Choices include u-bolts and plates.

			=Cost=
			*20x20 - 10.6 sticks at $6.5 [https://www.menards.com/main/building-materials/concrete-cement-masonry/rebar-remesh/1-2-x-20-rebar-grade-60-4/1831113/p-1444449833621.htm]

	=Working Doc 2 - Build Instructions for a Large Workshop Foundation=		=Working Doc 2 - Build Instructions for a Large Workshop Foundation=

Marcin: /* Links */

2024-07-02T03:32:39Z

Links

← Older revision		Revision as of 03:32, 2 July 2024
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			=Industry Standards=
			*See what coupling mechanisms for large concert trusses are - [https://www.globaltruss.com/dt-gp10]
	=Links=		=Links=
	*[[Space Frames]]		*[[Space Frames]]

Marcin: /* Product Ecology */

2024-07-02T01:18:31Z

Product Ecology

← Older revision		Revision as of 01:18, 2 July 2024
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	*Allows [[Hybrid Scalability]] for internal rebar trusses.		*Allows [[Hybrid Scalability]] for internal rebar trusses.
	*Allows for Roof First builds for CEB infill.		*Allows for Roof First builds for CEB infill.
	*Allows for earth augers and hybrid ~~concrte~~- earth auger structure.		*Allows for earth augers and hybrid concrete- earth auger structure.
	*Allows post-finishing of floors by compaction, concrete, other surface		*Allows post-finishing of floors by compaction, concrete, other surface

Marcin: /* Product Ecology */

2024-06-29T19:41:44Z

Product Ecology

← Older revision		Revision as of 19:41, 29 June 2024
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	*Allows for Roof First builds for CEB infill.		*Allows for Roof First builds for CEB infill.
	*Allows for earth augers and hybrid concrte- earth auger structure.		*Allows for earth augers and hybrid concrte- earth auger structure.
			*Allows post-finishing of floors by compaction, concrete, other surface

	=Concept - Structural Space Frames=		=Concept - Structural Space Frames=

Marcin at 19:34, 29 June 2024

2024-06-29T19:34:51Z

← Older revision		Revision as of 19:34, 29 June 2024
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	Thus, mastering the design of [[Frames]] is important, and the rebar-based space frame is essential to this goal. Further, the concept can be generalized to ships, drums, towers, rotary kilns, etc. Let's explore the limits at [[Space Frames]].		Thus, mastering the design of [[Frames]] is important, and the rebar-based space frame is essential to this goal. Further, the concept can be generalized to ships, drums, towers, rotary kilns, etc. Let's explore the limits at [[Space Frames]].

			=Product Ecology=
			*Integrated with CEB, concrete, and standard framing to allow for 3 dimensional scalability.
			*Allows for exoskeleton addition and [[Extensive Scalability]] from the outside
			*Allows concrete fill, added columns, added trusses inside.
			*Allows [[Hybrid Scalability]] for internal rebar trusses.
			*Allows for Roof First builds for CEB infill.
			*Allows for earth augers and hybrid concrte- earth auger structure.

	=Concept - Structural Space Frames=		=Concept - Structural Space Frames=

Marcin: /* Purpose */

2023-11-21T21:13:43Z

Purpose

← Older revision		Revision as of 21:13, 21 November 2023
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	Rebar is the most widely available structural component that can produce a wide range of structures - with 1 part material count. Rebar-based space frames are a robust way to execute roofs, columns, platforms, towers, frames, building structures, and other structures in a highly [[Degenerate]] context. Further, rebar production can be attained from scrap steel and a solar PV induction furnace, meaning that the cost structure would be disruptively inexpensive. If a shredder + induction furnace were available, where aluminum windings for engine-driven generators can be had, then advanced civilization (steel wielding civilization) can be attained from dirt and twigs. With the [[Charcoal Combine]] or PV providing electricity, abundance can be generated readily by providing the structures and steel of modern living.		Rebar is the most widely available structural component that can produce a wide range of structures - with 1 part material count. Rebar-based space frames are a robust way to execute roofs, columns, platforms, towers, frames, building structures, and other structures in a highly [[Degenerate]] context. Further, rebar production can be attained from scrap steel and a solar PV induction furnace, meaning that the cost structure would be disruptively inexpensive. If a shredder + induction furnace were available, where aluminum windings for engine-driven generators can be had, then advanced civilization (steel wielding civilization) can be attained from dirt and twigs. With the [[Charcoal Combine]] or PV providing electricity, abundance can be generated readily by providing the structures and steel of modern living.

	Thus, mastering the design of [[Frames]] is important, and the rebar-based space frame is essential to this goal.		Thus, mastering the design of [[Frames]] is important, and the rebar-based space frame is essential to this goal. Further, the concept can be generalized to ships, drums, towers, rotary kilns, etc. Let's explore the limits at [[Space Frames]].

	=Concept - Structural Space Frames=		=Concept - Structural Space Frames=

Marcin: /* Links */

2023-11-21T21:10:57Z

Links

← Older revision		Revision as of 21:10, 21 November 2023
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	=Links=		=Links=
			*[[Space Frames]]
	*[[Factor e Farm Improvements]]		*[[Factor e Farm Improvements]]
	*[[Large Covered Structure]] - initial hoop idea but flat hoops are not stable. Lesson: need to create stiff truss structures - triangular or square - to make the construction method robust.		*[[Large Covered Structure]] - initial hoop idea but flat hoops are not stable. Lesson: need to create stiff truss structures - triangular or square - to make the construction method robust.