(181c) Revolutionizing Composite Materials: Advancing Nanoparticle Orientation Control for High-Performance Fiber Fabrication

The study presents a groundbreaking endeavor aimed at pioneering a scalable and continuous fabrication technique capable of precisely manipulating nanoparticle orientation at the nanoscale. Despite the immense promise of nanoparticle-reinforced polymer composites, the persistent performance gap arises from the absence of morphology control, leading to suboptimal nanoparticle/matrix interactions and inferior directional properties. With a focused exploration on fiber formation methods, this research strives to establish an economically viable process for generating continuous fibers with tailored internal structures to meet specific performance criteria. Central to this pursuit is the intricate examination of the interplay between nanoscale morphology control and the resultant macroscale thermal and mechanical properties. Ultimately, this research holds the potential to revolutionize composite materials by facilitating the production of high-performance fibers. Leveraging advanced fabrication techniques and fundamental scientific principles, this initiative aims to redefine composite material design, heralding a new era of innovation and optimization in materials science.