EXPERIMENTAL STUDY OF THE MECHANICAL PROPERTIES OF COMPOSITE MATERIALS FROM RUBBER GRINDS FROM END-OF-LIFE TIRES

This paper presents the mechanical experimental measurements conducted on five different tiles made from composite materials containing rubber particles sourced from end-of-life tires (EoLT).Each specimen features varying quantities of rubber particles, quartz sand, and resin.The study focuses on collecting and organizing experimental data, which are then compiled into tables for comparative analysis.The summarized results of these measurements are also presented graphically and thoroughly discussed.The mechanical characteristics of these composite materials, including hardness, strength, and other mechanical attributes, are comprehensively analyzed to assess their viability for various applications.The findings provide valuable insights into the potential of these composites in addressing EoLT waste management challenges.