The incorporation of SiC whiskers into alumina ceramics has resulted in several improved room temperature properties of the composite such as fracture toughness, strength, erosion resistance and fatigue. The creep resistance has also been generally observed to increase with the addition of whiskers. However, significant scatter in measured secondary creep rates still exist, depending on the material and the test conditions that were utilized. The objective of this investigation was to compare two separate creep tests performed in compression using a SiC{sub w}/Al{sub 2}O{sub 3} material obtained from the same process batch. The differences in creep behavior between the tests could thus be ascribed to the difference in creep conditions solel...
Creep tests were performed on a fine-grained Al-6Mg-1Sc-1Zr-10 vol.% SiC particulate composite in th...
The mechanical behaviour of a composite of Si3N4 (with 3 % MgO) containing 0-20 % SiC whiskers has b...
High-temperature fracture strength and compressive creep of an electrodischarge-machinable composite...
The results of high-temperature creep of various ceramic composites will be reviewed. In particular,...
ABSTRACT- Creep were performed by three-point bending under vacuum on Sic-Sic and Sic-MLAS composite...
The aim of this work is to study of a composite mixture of aluminium powders, to analyze of composit...
Uniaxial tensile and cyclic fatigue data are reported for a commercial grade of silicon carbide whis...
The Young’s Modulus, the high temperature strength and the tensile creep behaviour are investigated ...
The θ‐projection parametric method is used to analyze the creep strain‐versus‐time data, obtained in...
Fast fracture strength, slow crack growth, and creep properties have been evaluated for three cerami...
The tensile creep and creep strain recovery behavior of 0" and Oo/900 Nicalon-fiber/calcium alu...
ABSTRACT: Aluminum matrix composites with reinforcement of planar-random graphite fibers, SiC whiske...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Creep were performed by three-point bending under vacuum on SICf -SiC and SiCf-MLAS composites. The ...
The creep behaviors of 20 vol % SiCw/2124Al, extruded with different ratios, and SiCp/2124Al, reinfo...
Creep tests were performed on a fine-grained Al-6Mg-1Sc-1Zr-10 vol.% SiC particulate composite in th...
The mechanical behaviour of a composite of Si3N4 (with 3 % MgO) containing 0-20 % SiC whiskers has b...
High-temperature fracture strength and compressive creep of an electrodischarge-machinable composite...
The results of high-temperature creep of various ceramic composites will be reviewed. In particular,...
ABSTRACT- Creep were performed by three-point bending under vacuum on Sic-Sic and Sic-MLAS composite...
The aim of this work is to study of a composite mixture of aluminium powders, to analyze of composit...
Uniaxial tensile and cyclic fatigue data are reported for a commercial grade of silicon carbide whis...
The Young’s Modulus, the high temperature strength and the tensile creep behaviour are investigated ...
The θ‐projection parametric method is used to analyze the creep strain‐versus‐time data, obtained in...
Fast fracture strength, slow crack growth, and creep properties have been evaluated for three cerami...
The tensile creep and creep strain recovery behavior of 0" and Oo/900 Nicalon-fiber/calcium alu...
ABSTRACT: Aluminum matrix composites with reinforcement of planar-random graphite fibers, SiC whiske...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Creep were performed by three-point bending under vacuum on SICf -SiC and SiCf-MLAS composites. The ...
The creep behaviors of 20 vol % SiCw/2124Al, extruded with different ratios, and SiCp/2124Al, reinfo...
Creep tests were performed on a fine-grained Al-6Mg-1Sc-1Zr-10 vol.% SiC particulate composite in th...
The mechanical behaviour of a composite of Si3N4 (with 3 % MgO) containing 0-20 % SiC whiskers has b...
High-temperature fracture strength and compressive creep of an electrodischarge-machinable composite...