The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics are derived, and the available failure prediction techniques are examined, vis-a-vis the failure prediction relations , in order to highlight the capabilities and limitations of each technique. The need for additional techniques is thereby demonstrated. The capabilities of the ultrasonic technique are extensively evaluated in order to determine its ability to satisfy the deficiencies in the existing failure prediction repertoire. The prospects are shown to be very encouraging, but the results of several key studies must be awaited before defining the ultimate role of ultrasonic failure prediction techniques
Fracture tests on hot-pressed silicon nitride containing several types of inclusions have been condu...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
Some outstanding properties of ceramics, (e.g. high hardness, wear and temperature resistance), make...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
The factors that affect reliability of nondestructive detection of flaws in structural ceramics by m...
Panel Members: Nancy Mann from Rockwell International Science Center (an expert in statistics, espec...
Ceramic materials can replace metals in many applications requiring high strength and resistance to ...
A primary objective of statistical fracture approach is to predict the probability of failure of a c...
A primary objective of statistical fracture approach is to predict the probability of failure of a c...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
Fracture tests on hot-pressed silicon nitride containing several types of inclusions have been condu...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
Some outstanding properties of ceramics, (e.g. high hardness, wear and temperature resistance), make...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The failure prediction requirements and the pertinent accept/reject criteria for structural ceramics...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
The work I shall be describing this afternoon is a recently initiated joint study between Stanford U...
The factors that affect reliability of nondestructive detection of flaws in structural ceramics by m...
Panel Members: Nancy Mann from Rockwell International Science Center (an expert in statistics, espec...
Ceramic materials can replace metals in many applications requiring high strength and resistance to ...
A primary objective of statistical fracture approach is to predict the probability of failure of a c...
A primary objective of statistical fracture approach is to predict the probability of failure of a c...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
The various types of defects causing failure in a variety of ceramic materials are illustrated. Exam...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
Fracture tests on hot-pressed silicon nitride containing several types of inclusions have been condu...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
Some outstanding properties of ceramics, (e.g. high hardness, wear and temperature resistance), make...