Much work was undertaken to develop techniques of incorporating SiC whiskers into either a Si3N4 or SiC matrix. The result was the fabrication of ceramic composites with ever-increasing fracture toughness and strength. To complement this research effort, the fracture behavior of whisker-reinforced ceramics is studied so as to develop methodologies for the analysis of structural components fabricated from this toughened material. The results, outlined herein, focus on the following areas: the use of micromechanics to predict thermoelastic properties, theoretical aspects of fracture behavior, and reliability analysis
The mechanical response of whisker-reinforced ceramics, which is dominated by interfacial chemistry-...
Silicon carbide whisker reinforced silicon nitride ceramic matrix composites were pressureless sinte...
Fatigue cracked and fast fractured regions in four point bend specimens prepared from 25 wt% silicon...
The use of ceramics components in gas turbines, cutting tools, and heat exchangers has been limited ...
The use of ceramics components in gas turbines, cutting tools, and heat exchangers has been limited ...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture to...
Wider use of ceramic matrix composites (CMC) will require the development of advanced structural ana...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Structural ceramics were under nearly continuous development for various heat engine applications si...
High strength at elevated temperatures, low density, resistance to wear, and abundance of nonstrateg...
217 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1988.The purpose of this investiga...
The mechanical properties of Al_2O_3 have been substantially improved by the addition of SiC whiske...
Methods are highlighted that ascertain the structural reliability of components fabricated of compos...
Fatigue cracked and fast fractured regions in four-point bend specimens prepared from 25 wt% silicon...
A range of composites have been prepared by dispersing various sources of SiC whiskers and platelets...
The mechanical response of whisker-reinforced ceramics, which is dominated by interfacial chemistry-...
Silicon carbide whisker reinforced silicon nitride ceramic matrix composites were pressureless sinte...
Fatigue cracked and fast fractured regions in four point bend specimens prepared from 25 wt% silicon...
The use of ceramics components in gas turbines, cutting tools, and heat exchangers has been limited ...
The use of ceramics components in gas turbines, cutting tools, and heat exchangers has been limited ...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture to...
Wider use of ceramic matrix composites (CMC) will require the development of advanced structural ana...
An understanding of the deformation and fracture behaviour of ceramic materials is of considerable i...
Structural ceramics were under nearly continuous development for various heat engine applications si...
High strength at elevated temperatures, low density, resistance to wear, and abundance of nonstrateg...
217 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1988.The purpose of this investiga...
The mechanical properties of Al_2O_3 have been substantially improved by the addition of SiC whiske...
Methods are highlighted that ascertain the structural reliability of components fabricated of compos...
Fatigue cracked and fast fractured regions in four-point bend specimens prepared from 25 wt% silicon...
A range of composites have been prepared by dispersing various sources of SiC whiskers and platelets...
The mechanical response of whisker-reinforced ceramics, which is dominated by interfacial chemistry-...
Silicon carbide whisker reinforced silicon nitride ceramic matrix composites were pressureless sinte...
Fatigue cracked and fast fractured regions in four point bend specimens prepared from 25 wt% silicon...
Add to ORKG