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Results 311 - 320 of 1806 for Iron alloys
  • Article - 28 May 2002
    A quick look at the process of manufacturing aluminium foil. Starting from aluminium raw materials, mining, processing, rolling and annealing. Also provided are foil thicknesses for a range of common...
  • Article - 14 May 2002
    Superalloys have excellent resistance to high temperature deformation and corrosion. Three main types are cobalt-based, iron-based and nickel-based. Some commonly used tradenames include Inconel,...
  • Article - 9 May 2002
    The Rockwell hardness test is one of a number of widely used techniques. How it works, the different scales, interpreting hardness values and the modified test for sheet materials are all covered.
  • Article - 3 May 2002
    Have you ever wondered what kind of aluminium is recycled, how it is processed, what it gets made into or how much is recycled? This article addresses all these issues, with a focus on the European...
  • Article - 22 Apr 2002
    CuAlNi alloys are the second most popular family of SMA's. They have transformation in the range 80-200°C and are much cheaper to produce than NiTi alloys. Advantages, compositions, manufacture and...
  • Article - 22 Apr 2002
    CuZnAl SMA's are probably the least well known of the three main families of commercial SMA's. They use relatively cheap materials and can have transformation temperatures between + and -100°C. They...
  • Article - 21 Jan 2002
    A comprehensive overview of tungsten including history, occurrence, deposits, supply, mining and benficiation, prising, processing, recycling, toxicity and applications.
  • Article - 23 Aug 2001
    Metal injection moulding (MIM) is a relatively new manufacturing process for the large-scale net shape forming of high integrity, multifunctional metal parts. Applications include automotive parts,...
  • Article - 16 May 2001
    Stainless steel families including austenitic, ferritic, martensitic, duplex and precipitation hardened are described.
  • Article - 4 May 2001
    These alloys are light weight, high strength and cheaper than zirconium containing nagnesium alloys. They find applications in the aeropsace, automotive industries as well as electronics, sporting...

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