My research lies in the field of acoustics, focusing on the modeling, characterization, and optimization of porous materials and acoustic metamaterials for efficient noise control. I am particularly interested in understanding and manipulating the acoustic behavior of complex materials to achieve broadband and tunable sound absorption in the low-frequency range.
My work combines theoretical modeling, numerical simulation, and experimental validation to study how microstructure, geometry, and multi-layer configuration influence macroscopic acoustic properties such as impedance, absorption, and transmission. This includes developing inverse characterization and optimization strategies to extract effective parameters and design high-performance absorbers.
By bridging the principles of traditional porous materials and emerging metamaterial concepts, my research aims to develop lightweight and practical solutions for effective noise reduction in everyday environments.
