Timbrel vault - Revision history

Editor at 18:50, 18 July 2025

2025-07-18T18:50:37Z

← Older revision		Revision as of 18:50, 18 July 2025
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	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, often 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.		The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, often 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.

−	[[File:~~Sagrada Familia above 1 1000~~.jpg]]	+	[[File:Sagrada_Familia_above_1_1000.jpg\|link=File:Sagrada_Familia_above_1_1000.jpg]]

	Historical records show that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.		Historical records show that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.

−	[[File:~~Guastavino tile arches 3 1000~~.jpg]]	+	[[File:Guastavino_tile_arches_3_1000.jpg\|link=File:Guastavino_tile_arches_3_1000.jpg]]

	Indication is that the method was introduced to the US in the late 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. The first building using this system seems to have been the a series of row houses designed by Rafael Guastavino for Bernard Levy in Manhattan, New York, in 1885 and 1886. The better known example is the Boston Public Library, which was completed in 1895, now known as the McKim Building,which still stands with its Guastavino tile arches intact as a prominent example of the method that and helped solidify Guastavino's reputation.		Indication is that the method was introduced to the US in the late 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. The first building using this system seems to have been the a series of row houses designed by Rafael Guastavino for Bernard Levy in Manhattan, New York, in 1885 and 1886. The better known example is the Boston Public Library, which was completed in 1895, now known as the McKim Building,which still stands with its Guastavino tile arches intact as a prominent example of the method that and helped solidify Guastavino's reputation.

−	[[File:~~Guastavino tile arches 2 1000~~.jpg]]	+	[[File:Guastavino_tile_arches_2_1000.jpg\|link=File:Guastavino_tile_arches_2_1000.jpg]]
		+
		+	= Related articles on Designing Buildings =
		+
		+	* Arcade.
		+	* Arch.
		+	* Barrel vault.
		+	* Boss (medieval architecture).
		+	* English Perpendicular architecture.
		+	* Flying buttress.
		+	* Cloister.
		+	* Colonnade.
		+	* Corbel.
		+	* Hood mould.
		+	* Lierne.
		+	* Maqsurah.
		+	* Ogive.
		+	* Piers.
		+	* Rose window.
		+	* Shell roof.
		+	* Slype.
		+	* Types of dome.
		+	* Vault.
		+	* Voussoir.

	[[Category:Articles_needing_more_work]]		[[Category:Articles_needing_more_work]]

Editor at 18:49, 18 July 2025

2025-07-18T18:49:19Z

← Older revision		Revision as of 18:49, 18 July 2025
Line 5:		Line 5:
	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, often 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.		The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, often 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.

−	Historical ~~record indicate~~ that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.	+	[[File:Sagrada Familia above 1 1000.jpg]]
		+
		+	Historical records show that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.
		+
		+	[[File:Guastavino tile arches 3 1000.jpg]]

	Indication is that the method was introduced to the US in the late 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. The first building using this system seems to have been the a series of row houses designed by Rafael Guastavino for Bernard Levy in Manhattan, New York, in 1885 and 1886. The better known example is the Boston Public Library, which was completed in 1895, now known as the McKim Building,which still stands with its Guastavino tile arches intact as a prominent example of the method that and helped solidify Guastavino's reputation.		Indication is that the method was introduced to the US in the late 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. The first building using this system seems to have been the a series of row houses designed by Rafael Guastavino for Bernard Levy in Manhattan, New York, in 1885 and 1886. The better known example is the Boston Public Library, which was completed in 1895, now known as the McKim Building,which still stands with its Guastavino tile arches intact as a prominent example of the method that and helped solidify Guastavino's reputation.
		+
		+	[[File:Guastavino tile arches 2 1000.jpg]]

	[[Category:Articles_needing_more_work]]		[[Category:Articles_needing_more_work]]

Editor at 16:27, 18 July 2025

2025-07-18T16:27:40Z

← Older revision		Revision as of 16:27, 18 July 2025
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−	[[File:~~Guastavino tile arches 1 1000~~.jpg]]	+	[[File:Guastavino_tile_arches_1_1000.jpg\|link=File:Guastavino_tile_arches_1_1000.jpg]]

	There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.		There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.

−	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ~~ofetn~~ 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.	+	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, often 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.

	Historical record indicate that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.		Historical record indicate that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.

−	Indication is that the method was introduced to the US in the 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. ~~This brought~~ the ~~technique to prominence~~ in ~~grand~~, ~~eclectic buildings. The~~	+	Indication is that the method was introduced to the US in the late 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. The first building using this system seems to have been the a series of row houses designed by Rafael Guastavino for Bernard Levy in Manhattan, New York, in 1885 and 1886. The better known example is the Boston Public Library, which was completed in 1895, now known as the McKim Building,which still stands with its Guastavino tile arches intact as a prominent example of the method that and helped solidify Guastavino's reputation.
−		+
−	~~Timbrel vaults are not only structurally sound but also aesthetically elegant~~, ~~with graceful curves~~ and ~~minimal material usage~~. ~~This makes~~ the ~~technique both environmentally and economically advantageous. In modern sustainable architecture~~, ~~there has been renewed interest~~ in ~~timbrel vaulting for its energy efficiency~~, ~~low embodied carbon~~, ~~and cultural significance.~~	+
−		+
−	~~Today, architects and builders are combining traditional timbrel techniques~~ with ~~modern materials and engineering to create innovative designs~~ that ~~are both rooted in history~~ and ~~responsive to contemporary needs for sustainable, resilient construction~~.	+

	[[Category:Articles_needing_more_work]]		[[Category:Articles_needing_more_work]]

Editor at 16:22, 18 July 2025

2025-07-18T16:22:22Z

← Older revision		Revision as of 16:22, 18 July 2025
Line 1:		Line 1:
		+	[[File:Guastavino tile arches 1 1000.jpg]]
		+
	There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.		There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.

	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ofetn 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.		The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ofetn 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.

−	Historical record indicate that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the ~~tilework~~ to represent leaves and other natural forms.	+	Historical record indicate that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tile work to represent leaves and other natural forms.

−	was ~~first~~ introduced in the ~~It later gained widespread recognition~~ in the ~~United States in~~ the ~~late 19th century through~~ Valencian architect Rafael Guastavino, ~~whose~~ patented Guastavino System brought the technique to prominence in grand, eclectic buildings. The construction method is straightforward: it involves laying thin bricks flat—on the side defined by the header and stretcher—rather than on their thick edge, in two or three overlapping layers, to form slightly parabolic, self-supporting surfaces with remarkable strength and elegance.	+	Indication is that the method was introduced to the US in the 1800s by the Valencian architect Rafael Guastavino, who then patented the Guastavino System. This brought the technique to prominence in grand, eclectic buildings. The

	Timbrel vaults are not only structurally sound but also aesthetically elegant, with graceful curves and minimal material usage. This makes the technique both environmentally and economically advantageous. In modern sustainable architecture, there has been renewed interest in timbrel vaulting for its energy efficiency, low embodied carbon, and cultural significance.		Timbrel vaults are not only structurally sound but also aesthetically elegant, with graceful curves and minimal material usage. This makes the technique both environmentally and economically advantageous. In modern sustainable architecture, there has been renewed interest in timbrel vaulting for its energy efficiency, low embodied carbon, and cultural significance.

Editor at 15:52, 18 July 2025

2025-07-18T15:52:32Z

← Older revision		Revision as of 15:52, 18 July 2025
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	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ofetn 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.		The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ofetn 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.

−	~~History indicates~~ that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain, known as ~~Catalonian vaulting or~~ volta Catalana. Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tilework to represent leaves and other natural forms.	+	Historical record indicate that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain over time, known as volta Catalana (Catalonian vaulting). Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tilework to represent leaves and other natural forms.

	was first introduced in the It later gained widespread recognition in the United States in the late 19th century through Valencian architect Rafael Guastavino, whose patented Guastavino System brought the technique to prominence in grand, eclectic buildings. The construction method is straightforward: it involves laying thin bricks flat—on the side defined by the header and stretcher—rather than on their thick edge, in two or three overlapping layers, to form slightly parabolic, self-supporting surfaces with remarkable strength and elegance.		was first introduced in the It later gained widespread recognition in the United States in the late 19th century through Valencian architect Rafael Guastavino, whose patented Guastavino System brought the technique to prominence in grand, eclectic buildings. The construction method is straightforward: it involves laying thin bricks flat—on the side defined by the header and stretcher—rather than on their thick edge, in two or three overlapping layers, to form slightly parabolic, self-supporting surfaces with remarkable strength and elegance.

Editor at 12:25, 18 July 2025

2025-07-18T12:25:53Z

← Older revision		Revision as of 12:25, 18 July 2025
Line 1:		Line 1:
	There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.		There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.

−	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, gradually and ~~usually~~ a fast-set mortar, which allows the vault to support itself ~~gradually~~ as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.	+	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, ofetn 3 layers gradually and with a fast-set mortar, which allows the vault to support itself piece by piece as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.
		+
		+	History indicates that these were first used in the 1600s by Italian master builders, slowly becoming a staple construction method of Eastern Spain, known as Catalonian vaulting or volta Catalana. Such vaults can be found in many buildings in area and also as part of the world famous masterpiece by Antonio Gaudi, the Sagrada Familia, where they are used in the main body of the basilica, including the naves and transepts. In many cases , especially here these vaults, thin layers of tiles, are not only a key structural element but also contribute to the unique aesthetic beauty of the basilica. This is further accentuated through the use of decorative green and gold glass elements integrated into the tilework to represent leaves and other natural forms.
		+
		+	was first introduced in the It later gained widespread recognition in the United States in the late 19th century through Valencian architect Rafael Guastavino, whose patented Guastavino System brought the technique to prominence in grand, eclectic buildings. The construction method is straightforward: it involves laying thin bricks flat—on the side defined by the header and stretcher—rather than on their thick edge, in two or three overlapping layers, to form slightly parabolic, self-supporting surfaces with remarkable strength and elegance.

	Timbrel vaults are not only structurally sound but also aesthetically elegant, with graceful curves and minimal material usage. This makes the technique both environmentally and economically advantageous. In modern sustainable architecture, there has been renewed interest in timbrel vaulting for its energy efficiency, low embodied carbon, and cultural significance.		Timbrel vaults are not only structurally sound but also aesthetically elegant, with graceful curves and minimal material usage. This makes the technique both environmentally and economically advantageous. In modern sustainable architecture, there has been renewed interest in timbrel vaulting for its energy efficiency, low embodied carbon, and cultural significance.

Editor at 06:48, 18 July 2025

2025-07-18T06:48:25Z

← Older revision		Revision as of 06:48, 18 July 2025
Line 1:		Line 1:
−	xx	+	There are a number of terms relating to this type of shallow arch thin tiled vault which include Timbrel vault, Catalan vault, thin tile vault, Catalan turn or arch, and boveda or vault ceiling. It is a traditional construction technique that uses thin bricks or tiles to create lightweight, curved structures such as domes, arches, and vaults and originates from the Mediterranean region;, particularly Catalonia, Spain.
		+
		+	The key feature of timbrel construction is its ability to form strong, self-supporting shapes without the need for heavy formwork. It relies on laying tiles in overlapping layers, gradually and usually a fast-set mortar, which allows the vault to support itself gradually as it is being constructed. The curvature of the arch and pattern of the tiles help distribute forces efficiently to the sides, creating a structure that is both thin and strong, making it a commonplace feature of both monumental and everyday vernacular buildings for centuries.
		+
		+	Timbrel vaults are not only structurally sound but also aesthetically elegant, with graceful curves and minimal material usage. This makes the technique both environmentally and economically advantageous. In modern sustainable architecture, there has been renewed interest in timbrel vaulting for its energy efficiency, low embodied carbon, and cultural significance.
		+
		+	Today, architects and builders are combining traditional timbrel techniques with modern materials and engineering to create innovative designs that are both rooted in history and responsive to contemporary needs for sustainable, resilient construction.

	[[Category:Articles_needing_more_work]]		[[Category:Articles_needing_more_work]]

Editor: moved Timbrel to Timbrel vault

2025-07-17T19:49:37Z

moved Timbrel to Timbrel vault

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Editor: Created page with "xx Category:Articles_needing_more_work "

2025-07-17T19:49:20Z

Created page with "xx Category:Articles_needing_more_work "

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