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Results 11 - 20 of 216 for Airframes
  • Article - 13 May 2003
    Physical and mechanical properties for the high strength titanium alloy Ti15V3Cr3Sn3Al are provided. Fabrication guidelines and alternative designations for Ti15V3Cr3Sn3Al are also provided.
  • Article - 5 May 2003
    Physical and mechanical properties for this high strength titanium alloy. Fabrication and alternative designations for Ti10V2Fe3Al are also provided.
  • Article - 15 Oct 2002
    Ti6Al6V2Sn is heat treatable to higher strengths and larger sections compared to Ti6Al4V. Its main use is in airframes. Composition, physical and mechanical properties and fabrication are all covered.
  • Article - 12 Sep 2002
    Ti5Al2.5Sn is a high strength alloy commonly used in airframe and jet engine applications. It has excellent weldability, stability and high temperature strength. Composition, designations, physical...
  • Article - 30 Aug 2002
    Laser forming is a deposition process which can produce titanium parts directly from CAD drawings. It has advantages over casting and machining in certain applications. The process, advantages,...
  • Article - 30 Jul 2002
    Ti6Al4V is an alpha-beta alloy and the most widely used of all the titanium alloys. Ti6Al4V ELI is also briefly described. The composition, physical and mechanical properties and fabrication details...
  • Article - 19 Oct 2001
    301 stainless steel is an austenitic grade that can be supplied in various hardness and strengths. It also has variants with low carbon and high nitrogen. Applications include railway car structural...
  • Article - 23 Apr 2001
    Aluminium is one of the most abundant elements in the earths crust. The extraction, refining and environmental impacts of these processes are considered, as are recycling, and future product and...
  • Article - 4 Mar 2002
    The excellent properties possessed by titanium make it a highly useful material. Applications in aerospace (e.g. engines and structures)and industrial applications are covered, as are emerging...
  • Article - 15 Aug 2006
    The never ending life cycle of aluminium is described, from mining of bauxite to alumina production and then onto aluminium smelting, to the manufacture of aluminium products both semi-finished and...