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Results 881 - 890 of 1442 for MnS
  • Article - 23 Dec 2010
    Mechanical properties as elastic module, friction and wear were evaluated on goat leather grafted with acrylate-epoxidized soybean oil (AESO) induced by UV-radiation at three different dosages.
  • Article - 13 Dec 2010
    Metallic glasses were borne out from rapid cooling experiments with binary metallic alloys in the late 1950s at the California Institute of Technology under the aegis of Pol Duwez. The idea was to...
  • Article - 13 Aug 2010
    S700MC – a high yield structural steel supplied under the EN10149: Part2 specification. Due to the materials high yield (700MPa min.) it can be used in a variety of load bearing applications such as...
  • Article - 12 Aug 2010
    S500MC is a high strength hot rolled structural steel used for cold formed components. As S500MC is a load bearing steel, considerations regarding suitability need to be made at the procurement stage.
  • Article - 11 Aug 2010
    ASTM A537 Class 2 steel is a higher yield and tensile strength material used in the fabrication of pressurised vessels and steel boilers.
  • Article - 11 Aug 2010
    ASTM A537 Class 1 carbon steel plates are engineered to be used in pressure vessel applications. The steel is ideal for use in pressurised service both in boilers and pressure vessels.
  • Article - 1 Jun 2010
    S690 QL is a high yield structural steel grade produced in compliance with EN 10025:6:2004. It has good bending and welding properties. It is typically used for heavy transportation, machinery, steel...
  • Article - 28 May 2010
    Corten B is a weather resistant steel which is better suited for heavy and load bearing structures. It forms its own protective layer when exposed to atmospheric elements. Essentially, the top layer...
  • Article - 28 May 2010
    Corten A is a weather resistant steel created by alloying copper, chromium and nickel. In addition to this, Corten A has added phosphorous which makes the material best suited for gas flue...
  • Article - 15 Mar 2010
    Atomistic modeling techniques use modern computing power to explicitly include every atom in modeling of a material.

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