Damage and Failure Analysis of Polymer-Based Composites
Materialtyp:
ArtikelUtgivningsinformation: MDPI - Multidisciplinary Digital Publishing Institute 2025Beskrivning: 1 electronic resource (230 p.)Innehållstyp: - text
- computer
- online resource
- 9783725832576
- 9783725832583
- Technology, Engineering, Agriculture, Industrial processes
- Technology: general issues
- History of engineering and technology
- X-ray microscopy
- Zylon fiber
- adhesive joint
- axial collapse
- ballistic experiment
- carbon black
- carbon fiber reinforced composites
- carbon fiber reinforced polymers
- carbon fiber-reinforced composites
- carbon fiber-reinforced resin-based composite
- carbon nanotubes
- composite blade
- damage and failure mechanism
- damage evolution
- electrical resistance change
- energy absorption
- erosion loss mechanism
- experimental test
- failure criteria
- failure mechanism
- fatigue damage
- fatigue debonding
- fiber Bragg grating
- finite element analysis
- finite-element model
- hygrothermal accelerated aging
- hygrothermal aging
- impact angle
- interlaminar shear strength
- itaconic acid epoxy resin
- liquid rubber
- liquid silicone rubber
- mechanical properties
- microvascular
- oil resistance
- online monitoring
- polymer-based composites
- polyurethane film
- pulsed magnet
- resin
- sand corrosion resistance
- self-healing composites
- storage life prediction
- structural health monitoring
- structural performances
- sustainable composite materials
- swelling
- synergistic toughening
- therm
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A thorough understanding of the damage and failure mechanisms of composites is fundamental to improving the performance of composite structures and achieving optimized designs. In this Special Issue, we present the latest research findings on damage and failure analysis of polymer-based composites, covering a wide range of important topics from the damage mechanisms of composite materials and structures to the enhancement of durability in high-performance materials, utilizing various advanced analytical methods and testing technologies. These research studies are derived from practical engineering applications or reflect engineering demands. Moreover, the results indicate that through advanced analysis, design, and monitoring technologies, the performance of composites is expected to be significantly improved in many aspects, demonstrating their broad potential in applications. These studies provide technical basis or practical guidance for better design and application of related composite materials or structures.
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eng
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