The various types of defects causing failure in a variety of ceramic materials are illustrated. Examples are drawn from such ceramics as piezoelectric, infrared transmitting, and potential turbine materials. Both machining and processing defects are shown as sources of failure. The former are selected to illustrate the effects of machining parameters. Processing defects illustrated include pores, foreign particles and large grains, or clusters of these. Changes in the size of defects with specimen size are also noted
The evolution of fracture strength with increasing density in ceramics, using alumina as a model sys...
Two ceramic materials, a hot-pressed silicon nitride and a siliconized silicon carbide, were manufac...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
This morning\u27s session will be devoted to work on ceramics. Ceramics is an area where attempts ar...
This morning\u27s session will be devoted to work on ceramics. Ceramics is an area where attempts ar...
The use of nondestructive evaluation (NDE) to predict strength or reliability of materials requires ...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
Two ceramic materials, a hot-pressed silicon nitride and a siliconized silicon carbide, were manufac...
The factors that affect reliability of nondestructive detection of flaws in structural ceramics by m...
Some outstanding properties of ceramics, (e.g. high hardness, wear and temperature resistance), make...
Recent developments in the characterization of the strength of ceramics have made it necessary to re...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
L'emploi des céramiques pour applications mécaniques à haute température et longue durée de vie néce...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
The evolution of fracture strength with increasing density in ceramics, using alumina as a model sys...
Two ceramic materials, a hot-pressed silicon nitride and a siliconized silicon carbide, were manufac...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
This morning\u27s session will be devoted to work on ceramics. Ceramics is an area where attempts ar...
This morning\u27s session will be devoted to work on ceramics. Ceramics is an area where attempts ar...
The use of nondestructive evaluation (NDE) to predict strength or reliability of materials requires ...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
Two ceramic materials, a hot-pressed silicon nitride and a siliconized silicon carbide, were manufac...
The factors that affect reliability of nondestructive detection of flaws in structural ceramics by m...
Some outstanding properties of ceramics, (e.g. high hardness, wear and temperature resistance), make...
Recent developments in the characterization of the strength of ceramics have made it necessary to re...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
L'emploi des céramiques pour applications mécaniques à haute température et longue durée de vie néce...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
The evolution of fracture strength with increasing density in ceramics, using alumina as a model sys...
Two ceramic materials, a hot-pressed silicon nitride and a siliconized silicon carbide, were manufac...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...