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Results 461 - 470 of 1735 for Metal Processing/Forming
  • Article - 1 Jul 2002
    Titanium alloys can be joined by fusion, resistance, flash-butt, explosion, friction, plasma, TIG, MIG and electron beam welding. There is particular emphasis on TIG, electron beam, plasma, resistance...
  • Article - 20 May 2002
    Powder metallurgy provides a fast an economical alternative method to traditonal techniques for production of rings. This article describes the patented process used by Engelhard for producing wedding...
  • Article - 9 May 2002
    Hot-dip galvanizing can have some major impact on the performance or properties of mild steels that are produced using traditional methods.
  • Article - 5 Apr 2002
    A report on the use of plastic body panels for cars, the materials, development process and obstacles. The advantages and propsects for the future are also covered.
  • Article - 11 Mar 2002
    The unique properties of supercritical fluids have lead to their use in nanomaterial production for applications such as biomaterials, foams, high internal phase emulsions, lithography and metal...
  • Article - 16 Jan 2002
    Nuclear plants are constructed such that they work for several decades. A major challenge faced in their maintenance is to identify the ways to assess two types of phenomena related to corrosion.
  • Article - 8 Jan 2002
    While stainless steels are often used for their corrosion resistance, they do in fact suffer from corrosion under certain circumstances. Modes such as pitting, crevice, stress corrosion cracking,...
  • Article - 28 Sep 2001
    Hot Isostatic Pressing (HIP) is a forming process combining simultaneous heat and pressure to consolidate metal and/or ceramic powders. It produces fully dense materials and can bond materials that...
  • Article - 12 Sep 2001
    This process is similar to gaseous carburising, but uses a plasma instead of a hydrocarbon to treat the metal, improving hardness and wear. Advantages over conventional carburising include better...
  • Article - 7 Aug 2001
    Rare earth magnets produce fluxes much higher than traditional magnets of comparable size. Such magnets are based on samarium and neodymium compounds. Applications include automotive,...

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