The idea proposed herein can be utilized to fabricate novel composites for potential engineering applications.
The microwave-assisted synthetic strategy reported here may open a new window to synthesize composites for potential biomedical applications.
PGF can be used to control the properties of biodegradable composites for potential application as bone fracture fixation devices.
This study will assist in the modeling, simulation and design of advanced nanotube reinforced polymer composites for potential real life applications, particularly in military structural applications.
This study demonstrates that osteochondral tissue composites for potential use in osteochondral repair can be engineered in vitro by culturing mammalian chondrocytes and periosteal cells on appropriate polymer scaffolds.
This chapter also offers a compilation regarding recent developments of hybrid composites and nanocomposites technology with major emphasis on its multifunctional applications, including some details of smart hybrid composites for potential future research.
This work presents a set of analytical design models to predict the electrical and mechanical properties of hybrid carbon nanotubes (CNT /carbon-fibre (CNT /carbon-fibretes for potential use in fuselage and airframe CF /epoxyions against lightning strike.
The straightforward synthesis of FePt/rG-O composites provides a low-cost and high performance catalyst for the ORR, which is also a promising strategy for the synthesis of various Pt-based bimetallic alloy/rG-O composites for potential uses in catalysis and energy fields.
