Lingfeng Huang

Background

Lingfeng Huang is a PhD student specializing in the development of multifunctional metamaterials aimed at enhancing the reliability of electrical devices, particularly within intelligent transport systems. Their research focuses on innovative solutions for vibration mitigation, EMI shielding, and temperature insulation. Lingfeng’s work combines mechanical Helmholtz resonators with phononic crystal structures to achieve wide-bandgap acoustic properties and explores advanced conductive materials for robust EMI shielding.

Research opportunities

Metamaterials, Mechanical engineering, Composite materials

Current activities

Lingfeng Huang is currently focused on developing advanced acoustic metamaterials tailored to mitigate vibrations in electronic devices, crucial for improving the reliability of intelligent transport systems. This work involves combining mechanical Helmholtz resonators and phononic crystal structures to create wide-bandgap acoustic materials that effectively absorb low-frequency vibrations and reflect high-frequency ones. Additionally, Lingfeng is authoring a detailed review on vibration control through metamaterials in electronic devices, exploring both theoretical frameworks and material innovations.