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High-Temperature Mechanical Hysteresis in Ceramic-Matrix Composites (Hardcover)
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High-Temperature Mechanical Hysteresis in Ceramic-Matrix Composites (Hardcover)
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This book focuses on mechanical hysteresis behavior in different
fiber-reinforced ceramic-matrix composites (CMCs), including 1D
minicomposites, 1D unidirectional, 2D cross-ply, 2D plain-woven,
2.5D woven, and 3D needle-punched composites. Ceramic-matrix
composites (CMCs) are considered to be the lightweight
high-temperature materials for hot-section components in
aeroengines with the most potential. To improve the reliability and
safety of CMC components during operation, it is necessary to
conduct damage and failure mechanism analysis, and to develop
models to predict this damage as well as fracture over lifetime -
mechanical hysteresis is a key damage behavior in fiber-reinforced
CMCs. The appearance of hysteresis is due to a composite's internal
damage mechanisms and modes, such as, matrix cracking, interface
debonding, and fiber failure. Micromechanical damage models and
constitutive models are developed to predict mechanical hysteresis
in different CMCs. Effects of a composite's constituent properties,
stress level, and the damage states of the mechanical hysteresis
behavior of CMCs are also discussed. This book also covers damage
mechanisms, damage models and micromechanical constitutive models
for the mechanical hysteresis of CMCs. This book will be a great
resource for students, scholars, material scientists and
engineering designers who would like to understand and master the
mechanical hysteresis behavior of fiber-reinforced CMCs.
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