Metamaterials exhibit properties beyond those exhibited by conventional materials in
conventional scenarios. These have been investigated both theoretically and experimentally …

This paper reports a comprehensive modeling and experimental characterization of a three-
dimensional phononic crystal composed of a single material, endowed with an ultra-wide …

In this work, we present a comprehensive theoretical and experimental study of three-
dimensional phononic crystals arranged in a simple cubic lattice. The band structure is …

We present a novel approach for gradient based maximization of phononic band gaps. The
approach is a geometry projection method combining parametric shape optimization with …

Seismic isolation systems protect structures and act as decoupling systems with the
structure, which aims to uncouple the motion of the structure from incoming waves by …

In this work we present the theoretical and experimental verification of complete phononic
band gaps in the Yablonovite structure with additional spheres in a face-centered cubic …

While phononic crystals can be theoretically modeled with a variety of analytical and
numerical methods, the practical realization and comprehensive characterization of complex …

This work focuses on elastic wave propagation in three-dimensional (3D) low-density
lattices and explores their wave directionality and energy flow characteristics. In particular …

A phononic-fluidic cavity sensor is a new type of acoustic fluid sensor to measure volumetric
liquid properties. In our work, it consists of solid-air 3D phononic crystal (PnC) layers …

We describe a simple and transparent physical model for local acoustic resonances and
their interactions in three-dimensional phononic crystals. The widely quoted point-mass-in-a …