Tilt up construction - Revision history

Designing Buildings at 06:54, 3 February 2021

2021-02-03T06:54:31Z

← Older revision		Revision as of 06:54, 3 February 2021
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	* Smart concrete.		* Smart concrete.

−	[[Category:Construction_techniques]]	+	[[Category:DCN_Definition]] [[Category:DCN_Guidance]] [[Category:Construction_techniques]]

Designing Buildings: Reverted edits by 107.179.153.143 (talk) to last revision by Designing Buildings

2019-03-11T07:29:28Z

Reverted edits by 107.179.153.143 (talk) to last revision by Designing Buildings

← Older revision		Revision as of 07:29, 11 March 2019
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	Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />		Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />
	<br />		<br />
−	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, ~~[https://www.assetbuilding.com.au/industrial-commercial-buildings/industrial-sheds/~~ industrial sheds] , houses, offices and schools, and they can be single-story or multi-story structures.	+	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.

	= Related articles on Designing Buildings Wiki =		= Related articles on Designing Buildings Wiki =

107.179.153.143 at 17:28, 10 March 2019

2019-03-10T17:28:39Z

← Older revision		Revision as of 17:28, 10 March 2019
Line 30:		Line 30:
	Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />		Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />
	<br />		<br />
−	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.	+	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, [https://www.assetbuilding.com.au/industrial-commercial-buildings/industrial-sheds/ industrial sheds] , houses, offices and schools, and they can be single-story or multi-story structures.

	= Related articles on Designing Buildings Wiki =		= Related articles on Designing Buildings Wiki =

Designing Buildings: Reverted edits by 107.179.153.143 (talk) to last revision by Designing Buildings

2019-03-10T09:01:26Z

Reverted edits by 107.179.153.143 (talk) to last revision by Designing Buildings

← Older revision		Revision as of 09:01, 10 March 2019
Line 30:		Line 30:
	Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />		Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />
	<br />		<br />
−	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, ~~[https://www.assetbuilding.com.au/industrial-commercial-buildings/industrial-sheds/~~ industrial sheds], houses, offices and schools, and they can be single-story or multi-story structures.	+	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.

	= Related articles on Designing Buildings Wiki =		= Related articles on Designing Buildings Wiki =

107.179.153.143 at 01:39, 10 March 2019

2019-03-10T01:39:39Z

← Older revision		Revision as of 01:39, 10 March 2019
Line 30:		Line 30:
	Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />		Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />
	<br />		<br />
−	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.	+	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, [https://www.assetbuilding.com.au/industrial-commercial-buildings/industrial-sheds/ industrial sheds], houses, offices and schools, and they can be single-story or multi-story structures.

	= Related articles on Designing Buildings Wiki =		= Related articles on Designing Buildings Wiki =

Designing Buildings: moved Tilt Up Construction to Tilt up construction

2019-02-26T13:29:01Z

moved Tilt Up Construction to Tilt up construction

← Older revision

Revision as of 13:29, 26 February 2019

Designing Buildings at 13:28, 26 February 2019

2019-02-26T13:28:50Z

← Older revision		Revision as of 13:28, 26 February 2019
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	<br />		<br />
	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.		Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.
		+
		+	= Related articles on Designing Buildings Wiki =
		+
		+	* Cast-in-place concrete.
		+	* Concrete vs. steel.
		+	* Concrete.
		+	* Precast concrete.
		+	* Prestressed concrete.
		+	* Rebar.
		+	* Self-compacting concrete.
		+	* Slip form.
		+	* Smart concrete.

	[[Category:Construction_techniques]]		[[Category:Construction_techniques]]

Designing Buildings at 13:27, 26 February 2019

2019-02-26T13:27:03Z

← Older revision		Revision as of 13:27, 26 February 2019
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−	= ~~Tilt-Up Construction~~ =	+	= Introduction =

−	Have you ever wondered how some [[Commercial_building\|commercial buildings]] can be built so fast? You might drive by a commercial lot where it looks like construction is just getting underway, but you drive by a few days later and all the walls are up and in place! It's likely a result of tilt-up construction in use. This cost-effective building technique can produce a shorter completion time for construction projects.~~<br />~~	+	This cost-effective building technique can produce a shorter completion time for construction projects. The main aspect of tilt-up construction that makes it unique is the way that the concrete structural supports, columns, and walls are created. These elements are all formed on the ground and then tilted into a vertical position with the assistance of a crane.
−	~~<br />~~	+
−	The main aspect of tilt-up construction that makes it unique is the way that the concrete structural supports, columns, and walls ~~of a building~~ are created. These elements are all formed on the ground and then tilted into a vertical position with the assistance of a ~~[[Cranes\|~~crane]].~~<br />~~	+

		+	= The tilt-up construction process =

−	~~== The Tilt-Up Construction Process ==~~	+	Due to its complexity, the process for this type of construction requires significant planning and organisation. Specific steps must be taken to ensure success:

−	~~Due to its complexity,~~ the ~~process for this type of construction requires a good amount of planning~~ and ~~organization~~. ~~Specific steps must be taken to ensure success for a project~~. ~~These include:<br />~~	+	* Evaluating the site.
		+	* Engineering.
		+	* Creating footings and floor slabs.
		+	* Forming the tilt-up panels.
		+	* Placing inserts, embeds and steel grids inside each form.
		+	* Spraying forms with bond breaker chemicals.
		+	* Concrete pouring and placement.
		+	* Erection of panels and panel finishing.

−		+	Once the concrete floor slab has cured, the process of creating wall sections can begin. Typically, fiber boards or high-quality plywood are used to create forms for a project. However, steel or aluminum forms can also be used. Engineered blueprints help guide carpenters so that they know how to construct each element. Architectural features are incorporated into each element as well as the openings for windows and doors. Important construction items like studs, attachment plates and gussets are placed inside each form in preparation for pouring concrete.<br />
−	* Evaluating a site	+
−	* Engineering	+
−	* Creating footings and floor slabs	+
−	* Forming the tilt-up panels	+
−	* Placing inserts, embeds and steel grids inside each form	+
−	* Spraying forms with bond breaker chemicals	+
−	* Concrete pouring and placement	+
−	* Erection of panels and panel finishing	+
−		+
−	Once the concrete floor slab has cured, the process of creating wall sections can begin. Typically, fiber boards or high-quality plywood are used to create forms for a project. However, steel or aluminum forms can also be used. Engineered blueprints help guide carpenters so that they know how to construct each element. Architectural features are incorporated into each element as well as the openings for windows and doors. Important construction items like studs, attachment plates and gussets are placed inside of each form in preparation for ~~the~~ pouring of concrete.<br />	+
	<br />		<br />
−	The next step is crucial as it ~~makes sure that~~ the new concrete casts ~~that are formed~~ do not bond with the floor slab. A special chemical spray is used on the surface of the forms~~. This ensures that the concrete casts don't get stuck to the floor~~. Without this critical step, costly damage could occur. It's important to properly apply the correct chemical during this ~~stage of the~~ process.<br />	+	The next step is crucial as it ensures the new concrete casts do not bond with the floor slab. A special chemical spray is used on the surface of the forms. Without this critical step, costly damage could occur. It's important to properly apply the correct chemical during this process.<br />
	<br />		<br />
−	After the bond breaker spray is used, ~~[[Rebar\|~~steel rebar]] is constructed into a grid pattern inside of each form. Once finished, concrete is poured into each form to meet the specifications dictated by the blueprints for the building. When the curing process ~~of the concrete~~ has ~~been~~ completed, the forms are removed. The last step involves the attachment of rigging onto each section so that a crane can tilt or lift each panel into place.~~<br />~~	+	After the bond breaker spray is used, steel rebar is constructed into a grid pattern inside of each form. Once finished, concrete is poured into each form to meet the specifications dictated by the blueprints for the building. When the curing process has completed, the forms are removed. The last step involves the attachment of rigging onto each section so that a crane can tilt or lift each panel into place.

−		+	These tilt-up structures can be extremely heavy, weighing more than 100,000 pounds. Headed studs and steel plates are used to connect the newly-formed concrete structures with the floor and roof. Some of these concrete structures may be used on the inside of the building structure as sheer walls. This helps provide extra reinforcement for any upper floors and the roof.<br />
−	~~== Concrete Tilt-Up Structures ==~~	+
−		+
−	~~As you can imagine, these~~ tilt-up structures can be extremely heavy, weighing ~~in at over~~ 100,000 pounds~~. This is required as many of the panels may be engineered to act as loadbearing walls~~. Headed ~~[[Stud\|~~studs]] and steel plates are used to connect the newly formed concrete structures with the floor and roof. Some of these concrete structures may be used on the inside of the building structure as sheer walls. This helps provide extra reinforcement for any upper floors and the roof.<br />	+
	<br />		<br />
−	Insulation can also be used on these concrete panels. One method is to place it in between two concrete layers during the casting process or apply it to either side of the concrete panels after they've been erected. One advantage of this type of construction is that it is fire resistant. Also, during the design process, plans can be designed so that the concrete slabs sag inward, which helps minimize the possibility of a complete collapse.~~<br />~~	+	Insulation can also be used on these concrete panels. One method is to place it between two concrete layers during the casting process or to apply it either side of the concrete panels after they've been erected. One advantage of this type of construction is that it is fire resistant. Also, during the design process, plans can be designed so that the concrete slabs sag inward, which helps minimize the possibility of a complete collapse.
−		+

−	== Typical ~~Uses =~~=	+	= Typical uses =

−	Tilt-up construction was first being used in America during the early 1900s. However, erection of the ~~[[Concrete_slab\|~~concrete slabs]] was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />	+	Tilt-up construction was first being used in America during the early 1900s. However, erection of the concrete slabs was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread.<br />
	<br />		<br />
−	~~[[Retail_warehouse\|~~Warehouses]] were the most popular buildings being built after the tilt-up process was first ~~initiated~~. Today, many types of buildings are created using this technique~~. They include~~ hotels, ~~[https://www.assetbuilding.com.au/~~industrial~~-commercial-buildings/industrial-~~sheds~~/ industrial sheds]~~, houses, ~~office structures~~ and schools, and they can be single-story or ~~multiple~~ story structures.	+	Warehouses were the most popular buildings being built after the tilt-up process was first introduced. Today, many types of buildings are created using this technique, including; hotels, industrial sheds, houses, offices and schools, and they can be single-story or multi-story structures.

	[[Category:Construction_techniques]]		[[Category:Construction_techniques]]

Chris@assetbuilding.com.au: Created page with "= Tilt-Up Construction = Have you ever wondered how some commercial buildings can be built so fast? You might drive by a commercial lot where it looks li..."

2019-02-23T20:37:16Z

Created page with "= Tilt-Up Construction = Have you ever wondered how some commercial buildings can be built so fast? You might drive by a commercial lot where it looks li..."

New page

= Tilt-Up Construction =

Have you ever wondered how some [[Commercial_building|commercial buildings]] can be built so fast? You might drive by a commercial lot where it looks like construction is just getting underway, but you drive by a few days later and all the walls are up and in place! It's likely a result of tilt-up construction in use. This cost-effective building technique can produce a shorter completion time for construction projects. 
 
The main aspect of tilt-up construction that makes it unique is the way that the concrete structural supports, columns, and walls of a building are created. These elements are all formed on the ground and then tilted into a vertical position with the assistance of a [[Cranes|crane]]. 

== The Tilt-Up Construction Process ==

Due to its complexity, the process for this type of construction requires a good amount of planning and organization. Specific steps must be taken to ensure success for a project. These include: 

* Evaluating a site
* Engineering
* Creating footings and floor slabs
* Forming the tilt-up panels
* Placing inserts, embeds and steel grids inside each form
* Spraying forms with bond breaker chemicals
* Concrete pouring and placement
* Erection of panels and panel finishing

Once the concrete floor slab has cured, the process of creating wall sections can begin. Typically, fiber boards or high-quality plywood are used to create forms for a project. However, steel or aluminum forms can also be used. Engineered blueprints help guide carpenters so that they know how to construct each element. Architectural features are incorporated into each element as well as the openings for windows and doors. Important construction items like studs, attachment plates and gussets are placed inside of each form in preparation for the pouring of concrete. 
 
The next step is crucial as it makes sure that the new concrete casts that are formed do not bond with the floor slab. A special chemical spray is used on the surface of the forms. This ensures that the concrete casts don't get stuck to the floor. Without this critical step, costly damage could occur. It's important to properly apply the correct chemical during this stage of the process. 
 
After the bond breaker spray is used, [[Rebar|steel rebar]] is constructed into a grid pattern inside of each form. Once finished, concrete is poured into each form to meet the specifications dictated by the blueprints for the building. When the curing process of the concrete has been completed, the forms are removed. The last step involves the attachment of rigging onto each section so that a crane can tilt or lift each panel into place. 

== Concrete Tilt-Up Structures ==

As you can imagine, these tilt-up structures can be extremely heavy, weighing in at over 100,000 pounds. This is required as many of the panels may be engineered to act as loadbearing walls. Headed [[Stud|studs]] and steel plates are used to connect the newly formed concrete structures with the floor and roof. Some of these concrete structures may be used on the inside of the building structure as sheer walls. This helps provide extra reinforcement for any upper floors and the roof. 
 
Insulation can also be used on these concrete panels. One method is to place it in between two concrete layers during the casting process or apply it to either side of the concrete panels after they've been erected. One advantage of this type of construction is that it is fire resistant. Also, during the design process, plans can be designed so that the concrete slabs sag inward, which helps minimize the possibility of a complete collapse. 

== Typical Uses ==

Tilt-up construction was first being used in America during the early 1900s. However, erection of the [[Concrete_slab|concrete slabs]] was completed with the assistance of tilt tables instead of cranes. During the construction boom after World War II, the popularity of tilt-up construction began to spread. 
 
[[Retail_warehouse|Warehouses]] were the most popular buildings being built after the tilt-up process was first initiated. Today, many types of buildings are created using this technique. They include hotels, [https://www.assetbuilding.com.au/industrial-commercial-buildings/industrial-sheds/ industrial sheds], houses, office structures and schools, and they can be single-story or multiple story structures.

[[Category:Construction_techniques]]