Advancements in Nanotechnology for Acoustic Management in Pickleball

This research investigates the use of advanced nano-fiber technology for sound and noise management in pickleball courts. The technology is flexible and adaptable that can address the unique acoustic challenges of pickleball, a sport with a distinctive noise profile characterized by impulsive sounds. These nano-fibers are particularly effective in absorbing mid to high-frequency noises (800-2000Hz) common in pickleball. The developed sound barrier performance is evaluated by STL and sweep test and exhibited around 16dB sound level reductions. A reduction of 16 dB signifies a substantial decrease in sound intensity, indicating that the sound absorber effectively mitigates noise pollution in the pickleball game. Incorporating these nano-fibers into acoustic foams and textiles significantly enhances sound absorption, allowing for thinner materials while doubling significantly increasing performance compared to conventional materials. The nanofibers used with diameter of 100-500 nm, have a high surface area to volume ratio, aiding in sound scattering and increased friction with air molecules. This structure enables the efficient transformation of sound energy into heat, which is then effectively dissipated. Aligned with the NoiseCon standards, this study emphasizes a scientific advance in sports acoustics, contributing to the reduction of urban noise pollution. The study underscores the impact of cutting-edge material technology in improving environmental acoustics and community well-being.