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Damage Analysis for Composite Materials: Methods, Testing and Evaluation
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Composites are widely used in the production of parts for a large number of final products due to their unique characteristic properties such as high strength, stiffness, and low weight. Damage analysis for composite materials can be considered a multidisciplinary field that combines materials science, mechanics, numerical analysis, and experimental techniques to ensure the safe and efficient utilization of composite structures in various applications. With this reprint on Damage Analysis for Composite Materials, we have published a collection of research papers showing some of the most recent advanced contributions on the study of the outcomes of damage in composite parts, including modelling techniques, failure modes, damage initiation and propagation, durability and fatigue analysis, damage tolerance and repair, non-destructive evaluation, post-failure analysis, and environmental concerns, representing the diverse potential approaches to the study of composite materials.
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Keywords
- acoustic emission
- additive manufacturing
- bearing load
- carbon nanotubes
- cohesive zone modelling
- combined loading
- correlation residuals
- critical and post-critical states
- cyclic load
- damage
- damage growth
- damage propagation
- drilling
- drilling damage
- edgewise compression
- entropy-based strength degradation
- failure analysis
- failure criterion
- failure load
- failure of composites
- FEM analysis
- fibre-reinforced plastics
- Finite element method
- finite element simulation
- flexural testing
- GFRP
- hybrid composites
- interfacial shear strength
- K-S metric entropy
- matrix resin failure
- molecular model
- multiple-amplitude cyclic loadings
- n/a
- nano-additives
- perforated specimen
- plate elements
- polymer matrix composite
- projection based digital volume correlation
- pull-out test
- quasi-static indentation
- sandwich panel
- scanning electron microscopy
- scarf repair
- tensile test
- thin-walled structures
- three-point bending
- waste reuse
- X-ray micro computed tomography
Links
DOI: 10.3390/books978-3-7258-1312-4Editions