Add to ORKGThe availability of textile grade ceramic fibers has sparked great interest for applications in composite reinforcement and high temperature insulation. This paper summarizes the properties of various small diameter textile grade ceramic fibers currently available. Room temperature mechanical and electrical properties of the fibers are discussed for three cases: ambient conditions, after heat aging in argon, and after heat aging in wet air. Dow Corning (R) HPZ Ceramic Fiber, a silicon nitride type fiber, is shown to have improved retention of mechanical and electrical properties above 1200 C
In contrast to organic fibres, ceramic, i.e. inorganic, fibres, are not flammable and can maintain ...
A test program to determine the friction and wear properties of two complex carbide oxide ceramic fi...
Ceramic fiber has great refractory and insulating ability. The coefficient of thermal conductivity i...
Ceramic Oxide Fiber and a new fiber, NextelTM 650 Ceramic Oxide Fiber, has been developed specifical...
This chapter mainly focuses on type of ceramic fibers, fabrication methods used to make ceramic fibe...
Silicon carbide fibers have high strength and high modulus and they are provided with flexible, mult...
A key to the successful application of metal and ceramic composite materials in advanced propulsion ...
It is well known that ceramics are strong, highly heat resistant, refractory materials. Unfortunatel...
Progress achieved during the last decade in the field of ceramic fibers and related ceramic matrix ...
Doctor of PhilosophyDepartment of Mechanical and Nuclear EngineeringGurpreet SinghAs humans entered ...
The mechanical properties of four advanced ceramic fabrics are measured at a temperature range of 23...
International audienceThree generations of small diameter ceramic fibres based on polycrystalline si...
A variety of high performance polycrystalline ceramic fibers are currently being considered as reinf...
The development of ceramic fiber reinforced ceramic matrix composites has been shown to be a promisi...
The overall goal of this dissertation was to develop and understand ceramic material systems in orde...
In contrast to organic fibres, ceramic, i.e. inorganic, fibres, are not flammable and can maintain ...
A test program to determine the friction and wear properties of two complex carbide oxide ceramic fi...
Ceramic fiber has great refractory and insulating ability. The coefficient of thermal conductivity i...
Ceramic Oxide Fiber and a new fiber, NextelTM 650 Ceramic Oxide Fiber, has been developed specifical...
This chapter mainly focuses on type of ceramic fibers, fabrication methods used to make ceramic fibe...
Silicon carbide fibers have high strength and high modulus and they are provided with flexible, mult...
A key to the successful application of metal and ceramic composite materials in advanced propulsion ...
It is well known that ceramics are strong, highly heat resistant, refractory materials. Unfortunatel...
Progress achieved during the last decade in the field of ceramic fibers and related ceramic matrix ...
Doctor of PhilosophyDepartment of Mechanical and Nuclear EngineeringGurpreet SinghAs humans entered ...
The mechanical properties of four advanced ceramic fabrics are measured at a temperature range of 23...
International audienceThree generations of small diameter ceramic fibres based on polycrystalline si...
A variety of high performance polycrystalline ceramic fibers are currently being considered as reinf...
The development of ceramic fiber reinforced ceramic matrix composites has been shown to be a promisi...
The overall goal of this dissertation was to develop and understand ceramic material systems in orde...
In contrast to organic fibres, ceramic, i.e. inorganic, fibres, are not flammable and can maintain ...
A test program to determine the friction and wear properties of two complex carbide oxide ceramic fi...
Ceramic fiber has great refractory and insulating ability. The coefficient of thermal conductivity i...