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Trade name of age-hardenable aluminium alloy
Duralumin (also called duraluminum, duraluminium, duralum, dural(l)ium, or dural) is a trade name for one of the earliest types of age-hardenable aluminium–copper
Duralumin
susceptibility to corrosion and their poor weldability are disadvantageous. Duralumin is the oldest variety in this group and goes back to Alfred Wilm, who
Aluminium–copper_alloys
Type of aluminium-zinc alloy
Special-Purpose Materials, 1990 pp. 137–38 Yoshio, Baba."Extra super duralumin and successive aluminium alloys for aircraft." Journal of Japan Institute
7075_aluminium_alloy
Type of airplane
Like all Junkers duralumin-structured designs, from the 1918 J 7 to the 1932 Ju 46, (some 35 models), it has an aluminium alloy (duralumin) structure entirely
Junkers_F_13
Fantasy literature series by Brandon Sanderson
Pulses Bronze (Seeker) Detects Allomantic Pulses Internal Internal Duralumin (Duralumin Gnat) Enhances Current Metal Burned Aluminium (Aluminium Gnat) Wipes
Mistborn
German metallurgist (1869–1937)
metallurgist who invented the alloy Al-(3.5%-5.5%)Cu-Mg-Mn, now known as Duralumin which is used extensively in aircraft. Whilst working in private military-industrial
Alfred_Wilm
Type of aircraft structure
Windsor. In these aircraft, the fuselage and wing were built up from duralumin alloy channel-beams that were formed into a large framework. Wooden battens
Geodetic_airframe
Aluminium alloy with copper
average. In older systems of terminology, 2XXX series alloys were known as duralumin, and this alloy was named 24ST. 2024 is commonly extruded, and also available
2024_aluminium_alloy
Mixture or metallic solid solution composed of two or more elements
non-metallic carbon or silicon respectively), solder, brass, pewter, duralumin, bronze, and amalgams. Alloys are used in a wide variety of applications
Alloy
German passenger airships (1936–39)
order of Hermann Göring. The Hindenburg class were built entirely from duralumin. The leader of the design team was Ludwig Dürr, who had overseen the design
Hindenburg-class_airship
Aluminum alloy
aluminium alloy that would retain its strength at high temperatures. Duralumin, an aluminium alloy containing 4% copper, was already known at this time
Y_alloy
First flown in 1931, the Bréguet 410 had a steel frame covered with duralumin; its armament was two front and two rear 7.7 mm Lewis machine guns and
Bréguet_410
German airship burned in fire (in service 1936–1937)
the output requirements set by the Zeppelin Company. Hindenburg had a duralumin structure, incorporating 15 Ferris wheel-like main ring bulkheads along
LZ_129_Hindenburg
German rigid airship (1938–1940)
airship, along with LZ 127 were both scrapped in April 1940, and their duralumin framework salvaged to build aircraft for the Luftwaffe. Graf Zeppelin
LZ_130_Graf_Zeppelin
Refuge in the Mont Blanc massif
emergency shelter, and not as a base for ascending Mont Blanc, this unheated duralumin box was designed to accommodate up to 12 people, but often contains considerably
Vallot_Hut
Mechanical structure of an aircraft
monoplane Junkers J 1 made of steel. It developed further with lighter weight duralumin, invented by Alfred Wilm in Germany before the war; in the airframe of
Airframe
Fictional characters
Osamu Tezuka's Star System (手塚漫画のキャラクター一覧, Tezuka Manga no Kyarakutā Ichiran; lit. The Tezuka Manga Character List) is the name given to the recurring
Osamu_Tezuka's_Star_System
Japanese manga series by Osamu Tezuka
heart of a girl. She pretends to be a prince to prevent the evil Duke Duralumin from taking over the kingdom through his son, Plastic. The gender-bending
Princess_Knight
German aerospace and engineering company
that Soviet engineer Andrei Tupolev each adapted the Junkers corrugated duralumin airframe design technologies for their own initial examples of all-metal
Junkers
Chemical element with atomic number 13 (Al)
aluminium are copper, zinc, magnesium, manganese, and silicon (e.g., duralumin) with the levels of other metals in a few percent by weight. The major
Aluminium
Type of aircraft
used on Junkers aircraft, virtually all of the aircraft had a smooth duralumin covering. Various models of engines were used to power the type. Junkers'
Junkers_Ju_90
was a single-seat sport monoplane flying boat, with a novel monocoque duralumin hull. It was underpowered and so did not leave the water easily, but it
Short_Cockle
1934 bomber-reconnaissance aircraft family by PZL
heavy-gauge corrugated duralumin center box and a multi-cellular trailing edge, along with a partially stressed exterior skin composed of duralumin; according to
PZL.23_Karaś
1929 sportplane family
of the era. The A50 had a streamlined fuselage composed of corrugated duralumin, a low-mounted cantilever wing, and proportionally large flight control
Junkers_A50_Junior
Topics referred to by the same term
suburb of Sydney, New South Wales, Australia. Dural may also refer to: Duralumin or dural, an age-hardenable aluminium alloy Pertaining to dura mater Dural
Dural_(disambiguation)
such as Duralumin). Weldability is good but machinability is only fair to poor. The alloy has good seawater corrosion resistance (unlike Duralumin). Birmetals
Birmabright
wing profile. Duralumin and other light metals comprised a substantial amount of the framework; a single girder composed of out of duralumin tube supported
Blériot-SPAD_S.91
Soviet bomber-reconnaissance aircraft
semi-monocoque with wood spars and a plywood skin. The wings were of duralumin and steel construction with fabric-covered rod-actuated control surfaces
Sukhoi_Su-2
1937 airship fire in the US
total destruction time of about 16 seconds.[citation needed] Some of the duralumin framework of the airship was salvaged and shipped back to Germany, where
Hindenburg_disaster
Warren truss. The engine was mounted pusher-wise on the top wing. The duralumin hull featured three open cockpits - one at the nose for a gunner, one
Fokker_B.I_(1922)
Composite wood material process
than a cylinder in compression of the same mass per unit length made of duralumin. Over 17 varieties of Duramold were developed, using various combinations
Duramold
Motorboat
Kazanka refers to one of several models of small riveted duralumin motorboat once produced by the Gorbunov airplane factory (Авиационное ПО им. С. П.
Kazanka_(boat)
British camera manufacturer
developed by Arthur Samuel Newman who produced the first camera body from Duralumin, a temperature-resistant, light metal. The first model with a 35-mm objective
Newman-Sinclair
Experimental vertical take-off and landing (VTOL) jet aircraft
vertical landing. Bell constructed the X-14 as an open-cockpit, all-metal (duralumin) monoplane for the USAF. It was powered by two Armstrong Siddeley Viper
Bell_X-14
Musical instrument popular in alpine folk music
earn the distinction Helikonbässe because they use bigger reeds with duralumin reed frames and a special chamber construction that amplifies its bass
Steirische_Harmonika
American business magnate (1863–1947)
that combined the corrosion resistance of aluminum with the strength of duralumin. The plane was similar to Fokker's V.VII–3m. The Trimotor first flew on
Henry_Ford
Japanese aircraft designer
designed the Mitsubishi “Cross” bicycle (jujigo), which was made of surplus duralumin left over from wartime aircraft production. Honjo also designed the winning
Kiro_Honjo
1930s German light transport aircraft
largely composed of metals, such as duralumin, instead of wood and fabric. While the fuselage was mostly made of duralumin, the wing was primarily composed
Siebel_Fh_104_Hallore
1920s–1930s German flying boat
semi-cantilever monoplane. The Do X had an all-duralumin hull, with wings composed of a steel-reinforced duralumin framework covered in heavy linen fabric,
Dornier_Do_X
Kbely. It was a broadly conventional aircraft, being largely composed of duralumin and steel while using straightforward and economic construction techniques
Letov_Š-16
Monoplane built by Short Brothers (1926–1933)
performance of their duralumin monocoque floats. Two were built. Having demonstrated the watertightness and corrosion resistance of duralumin monocoque flying
Short_Mussel
metal throughout and skinned, in typical Junkers fashion, with corrugated duralumin. The engines were mounted in nacelles on the wings, and the crew was accommodated
Junkers_K_37
tailskid undercarriage. Construction was metal throughout, with corrugated duralumin skin. Three open cockpits were provided in tandem; the third seat intended
Junkers_A_32
Romanian fighter and trainer aircraft
was of mixed metal-wood configuration, with the front half covered by duralumin sheets and the rear part with pine plywood. The tail had been modified
IAR_14
1930s Canadian transport aircraft
The fuselage structure was welded steel tubing with duralumin formers, and a semi-monocoque duralumin nose section. The wings were stressed-skin metal structure
Fleet_50_Freighter
cars. Devarda's alloy (45% Al, 50% Cu, 5% Zn): chemical reducing agent. Duralumin (copper) Hiduminium or R.R. alloys (2% copper, iron, nickel): used in
List_of_named_alloys
German airliner prototype
monoplane of conventional configuration, with wings skinned in the corrugated duralumin that had been a hallmark of Junkers designs up to this time, although
Junkers_Ju_60
Racing power boat
6 inches (7.5 m). The attention to detail is evident in the thousands of duralumin countersunk screws with the slots all in line with the water or air flow
Miss_Britain_III
It was a conventional biplane design with a fuselage constructed from duralumin members riveted and bolted together, and the wings were made with spruce
New_Standard_D-29
Main structural member of the wing of an aircraft
corrugated duralumin wing covering and with each tubular spar connected to the adjacent one with a space frame of triangulated duralumin strips — usually
Spar_(aeronautics)
1930s German mail delivery airplane
Japan. Derived from the He 70, furnished with an all-new semi-monocoque duralumin fuselage and powered by a total of four newly-developed Hirth HM 508C
Heinkel_He_116
Polish interwar fighter plane
canvas and plywood covered. A fuselage of a metal frame, covered with duralumin in the front section and canvas in the rear section. Two-spar elliptic
PWS-10
LP-500S Ferrari 512BB 280S Motor Titanium rear axle 48 pitch spur gears Duralumin chassis 12,800 Yen Mini-Racer RC-12 Jr BMW 320i Turbo DeTomaso Pantera
Mini_Racer_RC-12
French fighter aircraft
metal–wood material (Plymax) skin fixed to duralumin tubing. Plymax consisted of a thin sheet of duralumin bonded to a thicker sheet of plywood. Morane-Saulnier
Morane-Saulnier_M.S.406
1956 fighter aircraft family by Lockheed
foreign manufacturers. The Starfighter's airframe was all-metal, primarily duralumin with some stainless steel and titanium. The fuselage was approximately
Lockheed_F-104_Starfighter
Pistol
Republic by UNRRA Group s.r.o. The frame is manufactured from 7075 T6 duralumin, while the barrels are made of carbonitrided hardened steel. The superimposed
Detonics_Series_X
Military aircraft for air-to-air combat
steel, and some forty examples of the Junkers D.I, made with corrugated duralumin, all based on his experience in creating the pioneering Junkers J 1 all-metal
Fighter_aircraft
Vehicle incorporating streamlining in a shape providing reduced air resistance
a tapered cross-section, lightweight tubular aluminum space frame and duralumin skin. In testing with the Gulf, Mobile and Northern Railroad in 1932,
Streamliner
1977 35mm single-lens reflex camera
introduced an entirely new compact, but rugged, copper-aluminum alloy (duralumin) chassis that would become the basis for Nikon's highly successful range
Nikon_FM
Gearshift system for bicycles
cog count. Weight savings have come from using new materials such as Duralumin in Shimano's component groups and carbon fiber in Campagnolo's parts.
Shimano_Total_Integration
Naval helicopter developed for the USSR
oil coolers aft of the main gearbox. Construction was of stressed skin duralumin throughout with flush-riveting, as well as some bonding and honeycomb
Kamov_Ka-25
Italian fighter prototype
engine. The fighter had an all-metal stressed-skin structure, covered in duralumin, featuring an inwardly-retracting undercarriage and retractable tail-wheel
Aeronautica Umbra Trojani AUT.18
Aeronautica_Umbra_Trojani_AUT.18
U.S. Navy airship destroyed in 1933
War II. The airship's skeleton was built of the new lightweight alloy duralumin 17-SRT. The frame introduced several novel features compared with traditional
USS_Akron
Airliner, mailplane, and light bomber aircraft
torsional stiffness. A spindle-shaped monocoque fuselage composed of duralumin was adopted. The longerons, bulkheads and stiffeners were all open channel
Heinkel_He_70_Blitz
1927 fighter aircraft family
wooden monocoque rear fuselage was replaced by an equivalent made of duralumin and the wooden wing ribs by light alloy, while retaining a fabric covering
Nieuport-Delage_NiD_52
1930s British utility aircraft
was composed of duralumin and built up from several members to form an I-shaped beam. A supportive web, comprising a plain duralumin plate with triangular
General_Aircraft_Monospar
British rigid airship in service 1929-1930
girders in winter, and condensation caused corrosion of the airship's duralumin structure, so that the girders had to be varnished. For three years the
R100
Grenade suitable for use with a grenade launcher
cartridge. Construction: The shell is solid in construction and made of duralumin. Grenade 40 NATO Exploziva data Cartridge length 112 mm (4.4 in) Cartridge
List_of_40_mm_grenades
Structural members to stiffen and strengthen airframe
example, had its high wings joined to the lower fuselage by parallel duralumin tubes enclosed in streamlined spruce fairings and the Westland Lysander
Bracing_(aeronautics)
American WWII-era fighter aircraft
semi-monocoque fuselage was constructed entirely of 24S aluminum alloy (a type of Duralumin) to save weight. It was armed with four .30 caliber (7.62 mm) AN/M2 Browning
North_American_P-51_Mustang
German transport aircraft
engineer Ernst Zindel. The aircraft's design incorporated a corrugated duralumin metal skin as a strengthening measure, which was a material design pioneered
Junkers_Ju_52
1920s and 1930s German passenger aircraft
cantilever wings and fuselage were covered with corrugated sheets of duralumin, a feature that bolstered the material's ability to both absorb and distribute
Junkers_G_24
1957 plane crash in Rio Grande do Sul, Brazil
sharp stones could rupture fuel lines (worn by time's action). Made of duralumin, these ducts interconnected the wing fuel tanks. The fuel leaking from
1957 Begé VARIG Commando crash
1957_Begé_VARIG_Commando_crash
Romanian version of Italian SM.79 bomber
made of a welded tubular steel frame and covered with duralumin in the forward section, duralumin and plywood on the upper fuselage surface, and fabric
IAR_79
Soviet turbojet-powered bomber aircraft
of all-metal semi-monocoque construction with flush-riveted stressed duralumin skinning and highly stressed parts made from high-strength steel. The
Sukhoi_Su-10
Type of motorcycle
with bolt-through cast iron cylinders and heads and pushrods made from Duralumin. The launch of the Dragonfly was the last chance of survival for the Douglas
Douglas_Dragonfly
Aircraft that travels faster than the speed of sound
over the aircraft. Most subsonic designs use aluminium alloys such as Duralumin, which are cheap and easy to work with but lose their strength quickly
Supersonic_aircraft
Japanese carrier-based fighter prototype
The 1MF10 was of all-metal construction, with a monocoque duralumin fuselage, with duralumin wing structure covered in fabric, with the pilot accommodated
Mitsubishi_1MF10
Soviet prototype aircraft
steel tubing, whilst the rest of the airframe was constructed from D16 duralumin throughout except for fabric covering on the control surfaces. The pneumatically
Nikitin-Shevchenko_IS
English mountaineer (1886–1924)
oxygen apparatus. Outside he found parts of the oxygen apparatus and the duralumin carriers. They left no note stating when they had commenced their attempt
George_Mallory
Japanese fighter aircraft
Ki-84-II: Sometimes known as the 'Hayate-Kai', the Ki-84-II had certain duralumin components replaced with ones made of wood and plywood, mainly concerning
Nakajima_Ki-84
Fighter aircraft in Poland
two-spar duralumin structure, with rivetted ribs to both the spars and skin; the exterior of the wing was covered by finely corrugated duralumin sheet,
PZL_P.11
Argentine sounding rocket
dual-stage design built primarily from steel (API-N80) and reinforced with duralumin fins for aerodynamic stability. The fins had trapezoidal shapes, with
Proson-M1
applications of ordinary boat paint were required. While the flying boat's duralumin elements proved fairly durable, its steel fittings were not so long-living
Lioré_et_Olivier_LeO_H-190
1973 Japanese jidaigeki film
with a minimal length of film (20,000 feet). Yuki's sword was made from duralumin and weighed approximately 1.5 kg, and swinging it frequently hurt Kaji's
Lady_Snowblood_(film)
Aluminum alloy used in aviation
thickness. Kynal-Core, similar aluminium-clad alloys produced by ICI Duralumin, an aviation-related, copper-content aluminium alloy patented by its inventor
Alclad
Agricultural and utility aircraft
monoplane, conventional in layout. Fuselage of a steel frame, covered with duralumin (front) and canvas (tail). Two-spar wings, canvas covered, fitted with
PZL-101_Gawron
propeller, which was manufactured by Gloster, was composed of forged duralumin in a manner that achieved minimal blade distortion under load. The engine
Gloster_IV
World War II Allied nuclear weapons program
which Monsanto was able to deliver. The whole assembly was encased in a duralumin bomb casing to protect it from bullets and flak. The ultimate task of
Manhattan_Project
construction was very similar, an all metal fuselage and main wing made of Duralumin and covered with fabric. The empennage featured a triple tail with the
Sikorsky_S-37
was located at one third of the chord from the leading edge, had wide duralumin flanges, the width and thickness of which diminished along the span in
Dewoitine_D.332
British multi-purpose twin-engined military aircraft of the Second World War
In this system, a network of intersecting structural members made from duralumin were covered by wired-on fabric. The load was distributed across the structure
Vickers_Warwick
Fighter aircraft
of the combat experience with its predecessor. Greater availability of duralumin allowed for lighter construction which in turn permitted a number of modifications
Yakovlev_Yak-9
US hybrid airship
main rings, and wire bracing; however, the structural members were of Duralumin tubing, rather than the built-up girders of earlier rigids. The structure
Aereon_III
Army cooperation and liaison aircraft
wood stringers to give the aerodynamic shape. The forward fuselage was duralumin tube joined with brackets and plates, and the after part was welded stainless
Westland_Lysander
Series of automobiles manufactured by Nissan
cups in RB26 engine-theme case, Skyline round table lamp with 8 plates, Duralumin card cases in Skyline 60th Anniversary and Skyline Hardtop 2000 Turbo
Nissan_Skyline
1922 French military aircraft
in cross-section and built up from a frame of duralumin pipes. Breguet made extensive use of duralumin as a construction material which resulted in an
Bréguet_19
Semi-automatic pistol
rimfire position. Occasionally, the grips were made from light metal (duralumin) and stamped steel; these grips can loosen through use and break unexpectedly
Heckler_&_Koch_HK4
Attempted coup d'état in Japan on November 25, 1970, by writer Yukio Mishima
down, but were unable to reach it. Riot Police Unit members carrying duralumin shields, and the vehicles belonging to newspaper and television reporters
Mishima_Incident
United States Navy rigid airship destroyed in 1925
structure was built from a new alloy of aluminum and copper known as duralumin, supplied by Alcoa. Girders were fabricated at the Naval Aircraft Factory
USS_Shenandoah_(ZR-1)
DURALUMIN
DURALUMIN
DURALUMIN
DURALUMIN
Boy/Male
Tamil
Rain
Boy/Male
Arabic, Muslim, Pashtun
Protector
Male
Serbian
Pet form of Serbian Vilim, VILKO means "will-helmet."
Boy/Male
Indian, Punjabi, Sikh
Religious Remembrance of Naam
Boy/Male
Indian
Writer
Boy/Male
Hindu
Male
English
Nobleman
Girl/Female
Australian, Dutch, French, German, Greek, Latin
Courageous; Strong; A Man's Woman
Female
Italian
Italian form of Celtic Genovefa, probably GINEVRA means "race of women."
Boy/Male
Hindu
Sober
DURALUMIN
DURALUMIN
DURALUMIN
DURALUMIN
DURALUMIN