| Materials - Historical Items: Aluminum (or Aluminium):
1808 (some say 1807): Humphry Davy establishes existence and names
material aluminum.
1825: Aluminum is isolated by Danish chemist Hans Christian Oersted.
1854: Henri Sainte-Claire Deville, in France, creates first commercial
production process and renames the material aluminium. New name is
adopted in Europe but not in North America.
1884: First architectural application of aluminum (in United States?),
Washington Monument with a cast aluminum pyramid at its tip.
1886: Paul Louis Toussaint Héroult (in France) and Charles Martin Hall
(in the United States) independently invent the Hall-Héroult electrolytic production
process - remains basis for modern production.
1903: Cast aluminum engine block and crankcase in first successful
airplane of the famous Wright brothers.
Sources:
R. Kissell, "Aluminum stands tall as a structural metal, The
Fabricator, November 7, 2002.
International Aluminium Institute.
M.J. Lessiter and E.L. Kotzin, "Timeline of Casting Technology", Modern
Casting, November 2003.
Aluminum Alloys:
Around 1910: discovery that copper alloying additions could strengthen
aluminum considerably. Early alloys called Duralumin (patented in 1910 by
Alfred Wilm, Germany) - used by Germans in Zeppelin airship frames including the
Hindenburg (link to www.nlhs.com/construc.htm
for further details).

Within the aluminum alloy family, the copper alloyed grades have
relatively low corrosion resistance.
Source: R. Kissell, "Aluminum stands tall as a structural
metal, The Fabricator, November 7, 2002.
Cast Iron Pipe:
Earliest recorded use in Germany (Langensalza) around 1562, carrying water
to a fountain.
First significant use in water distribution in 1664 (Versailles, France),
water mains constructed to carry water over 15 miles to the Versailles Palace and
surrounding area. Reportedly, this system is still functional after 300+ years of service.
Source: Cast Iron Soil Pipe Institute: "History, Uses and
Performance of Cast Iron Pipe", published at www.cispi.org.
Concrete - Reinforced:
1867 (patent): Joseph Monier (France) used iron reinforcing wire in flower
pots, thereby introducing the concept of modern steel reinforcing bars, wire and mesh. A
quote from an essay by Leanne Brooks: "Laboring over grains of sand, piles of finely
ground rocks, and warm water, Joseph Monier struggled to develop the perfect flowerpot
...". Monier is celebrated in France as the inventor of reinforced concrete.
Source: MAST Modules, Department of Materials Science and
Engineering
University of Illinois (UIUC).
1842-1921: Francois Hennebique, pioneer in reinforced concrete
construction - inspired by Monier's work in 1867. Hennebique reportedly built the
"Old Weaver's & Company Flower Mill" in 1897, Europe's first multistory
reinforced concrete building (in Swansea). A modern building of a large supermarket chain
has reportedly superceded this historical building.
Source: www.explore-swansea.co.uk/weavers.htm
1871: Start of construction of Ward House (Port Chester, New York), the
first reinforced concrete building (iron rods as reinforcement) in the United States by
William E. Ward. Also known as Ward's Castle, this building still stands today.
1901: Construction of first steel reinforced concrete bridge in Britain at
Chewton Glenn in Hampshire. By 1913 more than 300 such bridges had been constructed.
Source: B. Smyth: "Changing materials, changing bridges",
British Archaeology, No. 39, November 1998.
Link to information on roman concrete at www.romanconcrete.com
History of Concrete and other introductory material in a module of MAST,
Materials
Science and Engineering Department University of Illinois, Urbana/Champaign at:
http://matse1.mse.uiuc.edu/~tw/concrete/concrete.html
History items in the reinforced concrete module on corrosion-club.com at:
www.corrosion-club.com/concretehistory1.htm
www.corrosion-club.com/concretehistory2.htm
Glass Fibers:
link to fiber optics page
Gold:
Believed to be the first metal discovered (natural form, around 6000 BC).
Sources:
A.W. Cramb, "A Short History of Metals", Carnegie Mellon University.
D. Trew, "The Making of Wire", published at www.barbwiremuseum.com.
Lead:
Widely used in ancient Rome as water piping (and also in numerous other
applications such cups, plates, pots and coins). The word "plumbing" reportedly
originates from the Latin word for lead, "plumbum" (hence chemical symbol Pb).
It has been suggested that the large-scale use of lead in antiquity contributed to the
fall of Rome through heavy metal poisoning. In this context, corrosion of lead-lined
storage vessels by wine and subsequent consumption of the dissolved lead in wine have been
mentioned.
Sources:
J. Lewis: "Lead Poisoning: A Historical Perspective", EPA
Journal, May 1985.
J.R. Davis (Editor): "Corrosion: Understanding the
Basics", Chapter 1, ASM International, 2000.
Steel:
> 130 years ago, first steel pipe laid in USA - water supply line to
San Franciso. ("Unlined, uncoated and unwrapped".)
Source: American Iron and Steel Institute (AISI).
Stainless Steel:
First commercial cast on August 20, 1913.
Pioneering work reportedly by:
Guillet, Portevin (France, ferritic grades)
Becket, Dantsizen (United States, ferritic grades)
Brearly (England, martensitic grades)
Aurer and Strauss (Germany, austenitic grades)
"Stainless" name probably introduced by a cutlery company
manager (Ernest Stuart at Mosley's) after failing to stain the cutlery in vinegar.
Source: "History of Stainless Steel", Metal Strategies
Inc.
Titanium:
Identified as new element in mineral deposits in 1791 (Rev. William
Gregor, Cornwall (U.K.) area).
Isolated in impure form in 1887 and pure form in 1910.
Structural use around 1950's starting with aircraft applications.
Named after "Titans", sons of Earth (Earth Goddess) in Greek
mythology.
Wire (metallic):
The Bible's Book of Exodus (Old Testament) contains an early reference to
the manufacture of gold wire, in Chapter 39 (note that you may find words similar to
"wire", depending on a particular translation/edition).
Source: D. Trew, "The Making of Wire", published at
www.barbwiremuseum.com.
References/Literature:
Links:
International Aluminium Institute
www.world-aluminium.org
AISI
www.steel.org
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