Continuous fiber-reinforced ceramic behavior

Elevated Temperature Creep Behavior of Continuous Fiber-Reinforced Ceramics... [Pg.160]

Experimental studies of the influence of stress ratio on elevated temperature fatigue life have been conducted by Suresh71 for whisker-reinforced AI2O3 (see Chapter 7 by Suresh for a discussion of the fatigue behavior of whisker-reinforced ceramics). In this section, the influence of stress ratio on the fatigue life of continuous fiber-reinforced ceramic matrix composites is discussed. [Pg.226]

Holmes, J. W., and Wu, X., "Elevated temperature creep behavior of continuous fiber-reinforced ceramics." High Temperature Mechanical Behavior of Ceramic Composites, ed. Near, SVandJakus, A(1995) 193-259. [Pg.14]

In the presentation of the elevated temperature mechanical behavior of ceramic matrix composites, some degree of separation has also been made between fiber-reinforced and whisker- or particulate-reinforced composites. This has been necessary because of the way the field has evolved. The continuous fiber-reinforced composites area in many ways has evolved as a field in its own right, driven by developments in fiber processing technology. [Pg.6]