The effect of smart nanoparticles on the strength and acoustic behaviour in music composition: Theoretical validation

Defang Kong , Faiza Benabdallah , Abhinav Kumar

Abstract

Smart nanoparticles integrated with music composition technology serve as a modern method to improve both acoustic performances and structural quality independently from conventional media. Research investigates the theoretical findings about how smart nanoparticles affect musical structures regarding their strength properties and vibration responses. The intelligent system functions with smart nanoparticles to handle piezoelectric properties which let us control sound waves and resonance behavior. A micro-electro-mechanical model allows us to determine the system's equivalent properties and develop motion equations by applying nonlinear stress-strain relations together with energy methods. There has been a study of vibrational modes and frequency responses using numerical method on smart nanoparticles effects. The incorporation of smart nanoparticles results in better structural stiffness alongside enhanced refinement of sound quality and improved resonance frequencies which enhance musical composition precision. Advanced nanomaterials can now use this study as a basic foundation to create innovative musical instruments and performance venues which enable novel acoustic engineering possibilities.

Key Words

acoustic behaviour; music composition; smart nanoparticles; theoretical

Address

Defang Kong — Music of Department, Normal Education College, LongYan University, LongYan City, 364000, China
Faiza Benabdallah — Department of Industrial and Systems Engineering, College of engineering, Princess Nourah bint Abdulrahman University, P.O. Box 84428, Riyadh 11671, Saudi Arabia
Abhinav Kumar — Refrigeration & Air-condition Department, Technical Engineering College, The Islamic University, Najaf, Iraq/ Department of Mechanical Engineering, Karpagam Academy of Higher Education, Coimbatore, 641021, India

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