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Results 71 - 80 of 571 for Compressors
  • Article - 28 May 2019
    This article discusses how to saving energy whilst generating process air through heat recovery.
  • Supplier Profile
    We design and manufacture industry-leading products for Gas & particulate pollutants, Flow, gas and liquid measurement, Process analytical measurements, and Industrial Hygiene.  Technologies...
  • Supplier Profile
    Peak Scientific are a world-renowned hydrogen generator and nitrogen generator supplier. Our range of products includes the Genius, Infinity and Precision generators, which are small to large scale...
  • Article - 19 Dec 2011
    Titanium is a very attractive material for many applications because of it’s low density, high strength and excellent corrosion resistance, however, it’s use is rather limited because of it’s high...
  • Article - 16 Jul 2003
    Electrical Discharge Machining (EDM) is being seen as a novel technique for surface modification. How the process works, problems associated with it, electrode materials, wear and corrosion resistant...
  • Article - 12 Sep 2002
    Ti8Al1Mo1V is a high strength near alpha alloy. It has excellent creep resistance up to 430°C and is used in forged fan and compressor blades. It has the highest tensile modulus and lowest density of...
  • Article - 23 Aug 2001
    The use of abradable coatings has enabled increased efficiency gas turbine engines by reducing the clearances between fan and shroud and increasing the operating temperature. They can be applied to...
  • Article - 16 Aug 2001
    Best friction and wear characteristics of the polyimides, however, reductions in tensile strength and elongation at break result. Relative advantages, disadvantages and applications are listed...
  • Article - 9 May 2001
    Improved manufacturing and service properties compared to unmodified ETFE's. Relative advantages, disadvantages and applications are listed together with a table of typical properties for this...
  • Article - 26 Feb 2001
    Materials such as titanium alloys (Ti6Al4V) and the evolution of turbine blade design are described. Future materials devlopments such as the move to carbon composites are also discussed.

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