Composite Material Chassis Frame and its Components for Commercial Vehicle Application

This paper highlights the benefits of using composite materials over traditional metals in chassis frame component manufacturing. Some previously unknown and unstructured knowledge on the multifunctional The phenomena of composite materials are driven by their production importance, with researchers improving composite variations to achieve higher performance in various sectors, including the automotive industry. Ballistic performance composites are used because they are highly durable, strong, lightweight, and corrosion-resistant. Additional features, such as fire and lightning protection, can also be incorporated through a simple and cost-effective fabrication process. Composite materials are used extensively in chassis, braking components, steering systems, battery and charging devices, and differential and suspension systems. Systems. Composite materials may appear difficult, but their overall value in terms of introducing new types of materials, it is significant. Composites are already regarded as the new turning point in material research. It will soon offer several options, such as natural fiber, utilized to ensure Biodegradability. The use of composites has significant constraints in automotive components. Overall, output is continually improving, with modern technology and safety for both the environment and humans. Manufacturing costs vary greatly depending on the components and metal features involved. Even so, composites are generally less expensive than other traditional materials, which expands the potential for vehicle producers. Other novel perspectives, such as piezoelectricity, magnetostrictive characteristics, self-healing capabilities, and electromagnetic shielding, can help propel this field in the long run, as discussed in this review study. Such characteristics as piezoelectricity, magnetostrictive characteristics, self-healing capabilities, and electromagnetic shielding can help propel this field in the long run, as mentioned in this review study.