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Results 261 - 270 of 663 for High-strength alloy steels
  • Article - 27 Aug 2003
    With nuclear power currently satisfying much of the world's electricity requirements the safety, reliability and economic operation of these plants is of the utmost importance. For this reason...
  • Article - 17 Jan 2003
    Researchers have found that the chips that are formed during the machining of metals consist of nanocrystals which are highly suited to manufacturing nanostructured materials with properties superior...
  • Article - 8 Jul 2024
    Exploring the expanding magnesium alloys market, driven by innovations in production and diverse applications in automotive and aerospace sectors.
  • Article - 12 Nov 2002
    Talonite is a cobalt-chromium alloy from Carbide Processors. It is suited to applications such as food mixing, knives and blades for cutting materials such as lumber where it out performs tool steels....
  • Article - 2 Aug 2002
    Aluminium extrusions make up over half the consumption of aluminium products in Europe. The manufacturing process is explained, while alloy suitability and design aspects are also covered.
  • Article - 24 Apr 2002
    Thixoforming is a semi-solid forming process similar to pressure die casting, using lower temperatures. The process is described, advantages and disadvantages outlined and mould materials covered.
  • Article - 9 Apr 2002
    Steel is a viable alternative to traditional building materials for applications such as frames, lintels and cladding in domestic and light commercial buildings. These applications are explained and...
  • Article - 27 Mar 2002
    A comprehensive guide to titanium corrosion in a range of environments such as non-oxidising, acidic and chlorinated environments. A range of corrosion mechanisms for titanium are also covered such...
  • Article - 13 Feb 2002
    Titanium components can be fabricated in similar ways to stainless steels and nickel-based alloys. Processes such as cold forming, hot forming, drawing, tube bending and roller expansion are covered...
  • Article - 21 Jan 2002
    Scheele discovered “Tungsten” in 1781; however, it took 150 years more before the efforts of Scheele and his successors led to the use of tungsten carbide in the industry.

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