Ceramic Matrix Composites

1 Introduction
Application background of CMCs
Stress-rupture behavior of CMCs
Damage mechanisms of CMCs under stress-rupture loading
Damage models of CMCs under stress-rupture loading
Effect of temperature on stress-rupture behavior of CMCs
Difference between stress rupture and creep and fatigue
Conclusions
Reference


2 Design of composites facing stress-rupture behaviour

2.1 Introduction

2.2 Fabrication method of CMCs

2.2.1 Chemical vapor infiltration (CVI)

2.2.2 Precursor infiltration and pyrolysis (PIP)

2.2.3 Reactive Melt Infiltration (RMI)

2.3 Stress-rupture characteristics of CMCs

2.3.1 CVI-SiC/SiC

2.3.2 PIP-SiC/SiC

2.3.3 RMI-SiC/SiC

2.4 Design of CMCs considering stress-rupture loading

2.5 Conclusion
References


3 Stress-rupture behavior of CMCs under constant stress

3.1 Introduction

3.2 Micromechanical constituent models and damage models

3.3 Experimental comparisons

3.4 Discussions

3.4.1 Effect of material properties

3.4.2 Effect of damage state

3.4.3 Effect of stress level

3.4.4 Effect of working temperature

3.4.5 Effect of oxidation on interface properties

3.5 Conclusions
References


4 Stress-rupture behavior of CMCs under stochastic stress

4.1 Introduction

4.2 Micromechanical constituent models and damage models

4.3 Experimental comparisons

4.4 Comparison of stress-rupture under stochastic stress and damage mode under stochastic fatigue loading

4.5 Discussions

4.5.1 Effect of material properties

4.5.2 Effect of damage state

4.5.3 Effect of stress level

4.5.4 Effect of working temperature

4.5.5 Effect of oxidation on interface properties

4.6 Conclusions
References


5 Strain response of CMCs under stress-rupture loading with constant and stochastic loading stress

5.1 Introduction

5.2 Strain response of CMCs under stress-rupture loading with constant stress

5.3 Strain response of CMCs under stress-rupture loading with stochastic loading stress

5.4 Comparisons of strain response under constant and stochastic loading stress

5.5 Discussions

5.5.1 Effect of material properties

5.5.2 Effect of damage state

5.5.3 Effect of stress level

5.5.4 Effect of working temperature

5.5.5 Effect of oxidation on interface properties

5.6 Conclusions
References


6 Lifetime of CMCs under stress-rupture loading with constant and stochastic loading stress

6.1 Introduction

6.2 Lifetime of CMCs under stress-rupture loading with constant stress

6.3 Lifetime of CMCs under stress-rupture loading with stochastic loading stress

6.4 Comparisons of lifetime under constant and stochastic loading stress

6.5 Discussions

6.5.1 Effect of material properties

6.5.2 Effect of damage state

6.5.3 Effect of stress level

6.5.4 Effect of working temperature

6.5.5 Effect of oxidation on interface properties

6.6 Probabilistic risk assessment of CMCs under stress-rupture loading

6.7 Conclusions
References