What is BS EN 15365 - Creep behvaiour of ceramic fibres about?
BS EN 15365 focuses on the mechanical properties of ceramic fibres. BS EN 15365 discusses scope, principle, load train, test chamber and many more elements in much more detail for high performance of advanced technical ceramics.
BS EN 15365 has been prepared by Technical Committee CEN/TC 184 “Advanced technical ceramics”, the secretariat of which is held by BSI. BS EN 15365 applies to continuous ceramic filaments taken from tows, yarns, braids and knittings, which have strained to fracture less than or equal to 5 %.
Who is BS EN 15365 – Creep behvaiour of ceramic fibres for?
BS EN 15365 on creep behaviour of ceramic fibres is useful for:
- Manufacturers and suppliers of Advanced technical ceramics
- Aerospace and Defence Industries
- Electrical and Communication Industry
- Electrical, Materials and Mechanical Engineers
- Manufacturers of electrical components and parts
Why should you use BS EN 15365 - Creep behvaiour of ceramic fibres?
Ceramic fibres have a higher market demand in today’s times. They have various critical applications due to their properties. They are widely used in industries like aerospace, electricity, and defence. They also have essential mechanical properties which include rigidity, compressive strength, high-temperature resistance, fracture toughness and much more.
Creep tests allow the comparison and the determination of parameters or behaviour laws and their extrapolation to long-term behaviour for different materials under constant load at high temperatures. These allow the conception and design of industrial parts with close control of tolerances for high-temperature applications.
BS EN 15365 specifies the conditions for the determination of the tensile creep deformation and failure behaviour of single filaments of ceramic fibres at high temperature and under test conditions that prevent changes to the material as a result of chemical reaction with the test environment.
Adhering to BS EN 15365 ensures the longevity and credibility of these ceramic fibres.
