Thermal And Mechanical Properties Of Hybrid Composite Materials For High-Performance Engineering Applications

Abstract

  This study focuses on understanding of thermal and mechanical characteristics of Hybrid Composites & their utilization in high-performance Sectors like Aerospace, Automobiles, Shipbuilding & Renewable Systems. The report analyses how different materials such as carbon, glass, and natural fibers improve the strength, flexibility, thermal stability, and heat resistance of composites. These properties including thermal conductivity, thermal expansion, tensile strength, compressive strength, and fatigue resistance are analyzed with the help of examples taken from industries. The following findings suggest that hybrid composites outcompete fundamental materials in aspects such as mechanical strength and thermal control, thereby qualifying hybrid composites for sensitive applications. It also notes that work is currently being conducted on incorporating nanotechnology and bio-based composites in order to enhance performance and reduce the sector’s impact on the environment. The conclusions point to the fact that hybrid composites find more and more applications in modern engineering and present research prospects to examine the manufacturing problems and environmental effects of hybrid composites.