DESIGN, SIMULATION AND ANALYSIS OF FLOATING ROTOR BRAKE PLATE

In an ever-evolving automotive landscape, brake systems play a pivotal role in ensuring vehicle safety and performance. This engineering project takes an extensive look at the design, analysis, and implications of a floating rotor
brake plate, a critical component within the disc brake assembly. By examining the detailed design and modeling process, simulation analysis, and experimental testing of the floating rotor brake plate, this project addresses
the limitations of traditional solid disc rotors. Key objectives include enhancing thermal management, reducing weight, and simplifying maintenance. The implications of this research extend to improving brake system design, increasing safety and reliability, reducing vehicle weight, and streamlining maintenance procedures, contributing to the automotive industry's pursuit of safer, more efficient, and high-performance vehicles.