Add to ORKGInsuring the strength of ceramic materials in automotive applications requires the understanding of the operative strength-determining parameters, one of which is the fracture toughness. Toughening mechanisms in ceramics will be reviewed here, including crack shielding and crack interaction mechanisms. Also covered in this review will be a discussion of surface strengthening effects, as well as recent developments in ceramic matrix fiber composites. Experimental examples of each of the toughening mechanisms will be presented
The toughening of brittle ceramic material is possible by the introduction of a second solid (cerami...
It has been said that 'God invented plasticity, but the Devil invented fracture!' Both mechanisms re...
The incorporation of a ductile second phase into a monolithic ceramic is a well-established tougheni...
Insuring the strength of ceramic materials in automotive applications requires the understanding of...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture to...
Investigations have been carried out to determine ways of tailoring ceramic materials in order that ...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture tou...
The enhancement of fracture toughness in ceramic materials can occur over a broad range of length sc...
The development of high performance ceramics and ceramic composites often relies on assumptions abou...
Key Features •Covers particle-reinforced composites, fibre-reinforced composites and other toughenin...
The evaluation of fracture toughness of advanced ceramic matrix composites (CMC) may be expensive if...
Advanced engineering and functional ceramics are sensitive to damage cracks, which delay the wide ap...
Advanced engineering and functional ceramics are sensitive to damage cracks, which delay the wide ap...
The rich variety of fracture behavior exhibited by glasses and ceramic materials is reviewed with pa...
A new concept to obtain better flaw tolerance in ceramics is proposed in the present study. Instead ...
The toughening of brittle ceramic material is possible by the introduction of a second solid (cerami...
It has been said that 'God invented plasticity, but the Devil invented fracture!' Both mechanisms re...
The incorporation of a ductile second phase into a monolithic ceramic is a well-established tougheni...
Insuring the strength of ceramic materials in automotive applications requires the understanding of...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture to...
Investigations have been carried out to determine ways of tailoring ceramic materials in order that ...
The present state of the knowledge of ceramic-matrix composites have been reviewed. The fracture tou...
The enhancement of fracture toughness in ceramic materials can occur over a broad range of length sc...
The development of high performance ceramics and ceramic composites often relies on assumptions abou...
Key Features •Covers particle-reinforced composites, fibre-reinforced composites and other toughenin...
The evaluation of fracture toughness of advanced ceramic matrix composites (CMC) may be expensive if...
Advanced engineering and functional ceramics are sensitive to damage cracks, which delay the wide ap...
Advanced engineering and functional ceramics are sensitive to damage cracks, which delay the wide ap...
The rich variety of fracture behavior exhibited by glasses and ceramic materials is reviewed with pa...
A new concept to obtain better flaw tolerance in ceramics is proposed in the present study. Instead ...
The toughening of brittle ceramic material is possible by the introduction of a second solid (cerami...
It has been said that 'God invented plasticity, but the Devil invented fracture!' Both mechanisms re...
The incorporation of a ductile second phase into a monolithic ceramic is a well-established tougheni...