Engineering design of hybrid carbon nanotube networks for multifunctional waste rubber composites

Key Points

• The study demonstrates enhanced mechanical and electrical properties of composites using carbon nanotubes, showing a notable increase in functionality.
• Key evidence includes a 40% improvement in tensile strength and enhanced conductivity compared to standard rubber composites.
• Observational analysis employs innovative engineering design techniques for hybrid carbon nanotube networks to optimize material performance.
• This work highlights the potential for sustainable waste rubber utilization in high-performance applications, with broader implications in materials science.