Composite Technologies for 2020: Proceedings of the Fourth Asian-Australasian Conference on Composite Materials (Accm 4)L Ye, Y.-W. Mai, Z. Su The Asian-Australasian Association for Composite Materials (AACM) has been playing a leading role in the field of composite science and technology since its inception in 1997. AACM aims to encourage the interchange of knowledge in all aspects of composite materials both in the scientific and engineering communities. Following the success of the first three ACCM conferences ACCM 4 was held in Sydney, Australia, in July 2004. Composite technologies for 2020 provides current state-of-the-art achievements and recent advances in composite science and technologies bringing together leading experts and innovators in the field. Nearly 200 selected papers, classified under 18 different categories ranging from general manufacturing and processing techniques to the latest and hottest topics such as nano-composites and eco-bio composites. Together they represent an authorative documentation of current advances in the field of composite materials. |
Contents
| 39 | |
Composite Structures | 193 |
Delamination | 235 |
Design and Optimisation | 255 |
Failure Analysis | 305 |
FEMSimulation | 355 |
Fracture | 395 |
Impact | 459 |
Joint | 601 |
Metal Matrix Composites | 627 |
Nanocomposites | 663 |
Processing | 803 |
Smart Composites | 901 |
Structural Health Monitoring | 955 |
Textile Composites | 1039 |
| 1093 | |
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ABSTRACT adhesion Aerospace alloy analysis applied behavior bending blends bonding buckling carbon fiber carbon nanotube cement CFRP clay compatibilized components composite materials composite structures compressive Corresponding author crack creep cured damage debond decrease deformation delamination density Department of Mechanical dispersion E-mail effect elastic energy epoxy resin experimental fabric failure fatigue FBG sensors fiber reinforced fibre film finite element flexural flow extent foam fracture toughness glass glass transition temperature hybrid impact improve increase initial interface interlaminar investigated layer loading Mechanical Engineering mechanical properties method microstructure mode mold moulding nanocomposites nanoparticles optical fiber parameters particles phase plastic plate polymer polymerization polypropylene polyurethane predicted pressure ratio samples shear shown in Figure shows simulation specimens stiffness stitch strain stress surface Technology temperature tensile strength thermal thermoplastic thickness University University of Sydney volume fraction Young's modulus z-pins