Quonset hut

A Quonset hut /ˈkwɒnsɪt/ is a lightweight prefabricated structure of corrugated galvanized steel having a semicircular cross-section. The design was developed in the United States, based on the Nissen hut introduced by the British during World War I. Hundreds of thousands were produced during World War II and military surplus was sold to the public. The name comes from the site of their first manufacture at Quonset Point at the Davisville Naval Construction Battalion Center in Davisville, Rhode Island.[1]

Quonset huts in front of Laguna Peak, Point Mugu, California, in 1946.
A Quonset hut being put in place at the 598th Engineer Base Depot in Japan, post-World War II

Design and history

Quonset huts were manufactured by many independent contractors in countries around the world, but the first were manufactured in 1941 when the United States Navy needed an all-purpose, lightweight building that could be shipped anywhere and assembled without skilled labor.[2] The George A. Fuller construction company manufactured them, and the first was produced within 60 days of signing the contract.

The original design was a 16-by-36-foot (4.9 m × 11.0 m) structure framed with steel members with an 8-foot (2.4 m) radius. The most common design created a standard size of 20-by-48-foot (6.1 m × 14.6 m) with a 16-foot (4.9 m) radius, allowing 960 square feet (89 m2) of usable floor space with optional 4 feet (1.2 m) overhangs at each end for protection of entrances from the weather. Other sizes were developed, including 20-by-40-foot (6.1 m × 12.2 m) and 40-by-100-foot (12 m × 30 m) warehouse models.[3]

The sides were corrugated steel sheets, and the two ends were covered with plywood which had doors and windows. The interior was insulated and had pressed wood lining and a wood floor. The building could be placed on concrete, on pilings, or directly on the ground with a wood floor. The original design used low-grade steel, which was later replaced by a more rust-resistant version. The flexible interior space was open, allowing use as barracks, latrines, medical and dental offices, isolation wards, housing, and bakeries.

Quonset hut adapted for commercial use in Westland, Michigan

Between 150,000 and 170,000 Quonset huts were manufactured during World War II, and the military sold its surplus huts to the public after the war.[3] Many remain standing throughout the United States as outbuildings, businesses, or even homes, and they are often seen at military museums and other places featuring World War II memorabilia. Many were also used around the United States for temporary postwar housing, such as Rodger Young Village in Los Angeles, California. Some are still in active use at the United States military bases. The U.S. Department of Energy continues to utilize Quonset huts as supporting structures (fabrication and machine shops, warehouses, etc.) at the Nevada National Security Site.

gollark: It seems to be accessible in the UK, but I don't like them anyway for obvious privacy reasons, so I don't really care.
gollark: Not sure what that would do, but I imagine it would change things a lot.
gollark: > random musing: obviously if the speed of light was lower, there would be less energy in those sort of reactions. What *other* trickle down effects would it have, though?There's some relation between c and some electromagnetic constants (permittivity and permeability of free space) so you would probably change those too.
gollark: Somewhat relevant point: seriously just use nuclear it's energy dense enough.
gollark: You might have to contend with running out of usable energy in 10^lots years or something, I suppose.

See also

References
  1. Building the Navy's Bases in World War II: History of the Bureau of Yards and Docks and the Civil Engineer Corps, 1940–1946, volume 1, Government Printing Office, Washington, D.C., 1947.
  2. "Benefits and Applications of the Quonset Hut Design". Alaska Structures. May 2016. Retrieved 28 May 2020.
  3. Michael Lamm (Winter 1998), "The Instant Building". Invention & Technology, Volume 13, Issue 3, pp. 68–72. Retrieved 28 May 2020.
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