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Results 11 - 20 of 999 for Aerospace applications
  • 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.
  • Article - 30 May 2002
    Macor is a versatile machinable glass ceramic with a wide range of applications. Applications in aerospace, welding, medical equipment, ultra-high vacuum, constant vacuum, nuclear related experiments...
  • Article - 28 May 2002
    Macor is a tradename owned by Corning for a garde of machinable glass ceramic. It can be machined using high speed steel and carbide tools using conventional techniques. Other key properties,...
  • Article - 9 Oct 2001
    Manufactured by sol-gel processes these materials are becoming more popular. One type is the silsesquioxane cage structure and is close to commercialisation. Also called polyhedral oligomeric...
  • Article - 3 Aug 2001
    Good adhesion. Much cheaper than Kevlar or carbon fibre epoxy laminates. Relative advantages, disadvantages and applications are listed together with a table of typical properties.
  • Article - 3 Aug 2001
    General purpose epoxies or epoxy resins exhibit good chemical and heat resistance, combined with excellent adhesion properties. Relative advantages, disadvantages and applications are listed.
  • Article - 9 Jul 2024
    Mass spectrometry is pivotal in aerospace applications, offering precise and comprehensive material analysis under extreme conditions like high temperatures, intense radiation, and mechanical stress.
  • Article - 1 Aug 2023
    In aerospace manufacturing, the use of high-temperature alloys has enabled the development of more reliable and efficient aircraft that ensure the safety of both crew and passengers. High-temperature...
  • Article - 19 Jul 2023
    Aerospace is a uniquely demanding industry in many respects, in particular when it comes to selecting core materials. Composite Cores present engineers with more flexibility and options when designing...
  • Article - 9 Jul 2021
    Thermal Barrier Coatings (TBCs) can significantly improve the lifetime and efficiency of aero engines. In this article, we examine the benefits offered by EB-PVD technology for aerospace applications.

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