This work proposes a novel metamaterial incorporating the auxeticity and thermal shrinkage
by originally introducing a bi-material double-square into the star-shaped configuration. The …

A novel deep learning‐based optimization (DLBO) methodology is proposed for rapidly
optimizing phononic crystal‐based metastructure topologies. DLBO eliminates the need for …

Wireless energy transfer (WET) based on ultrasound‐driven generators with enormous
beneficial functions, is technologically in progress by the valuation of ultrasonic …

Auxetic cellular tubes are potential candidates for several engineering applications requiring
resistance to bending due to the enormous demand for lightweight and high mechanical …

Considering the manufacturing difficulty and tunability, a one-dimensional phononic crystal-
type metastructure is proposed in this paper. By adjusting the distance between the mass …

This paper presents a fast multipole boundary element method (FMBEM) for half-space
acoustic problems in a subsonic uniform flow. First, the fundamental solution, ie, Green's …

In this paper, a simple mass oscillator metasurface is designed, which can regulate the
phase shift of flexural wave covering 0–2π by adjusting the number of mass oscillators on …

The spinodal decomposition method emerges as a promising methodology, showcasing its
potential in exploring the design space for metamaterial structures. However, spinodal …

Metamaterials are materials designed to have peculiar, unconventional electromagnetic,
acoustic, thermal, or mechanical properties. These properties do not derive from the …

This chapter presents the metamaterial absorber structure designs, mechanism and
experimental measurement setups for microwave frequency regimes. A metamaterial …