Fluid/fluid interfaces are ubiquitous in science and technology, and hence, the
understanding of their properties presents a paramount importance for developing a broad …

In this work, we have studied numerically the dynamics of the parametrically driven damped
nonlinear Schrödinger equation (PDDNLS). The PDDNLS is a universal model to describe …

This paper investigates the steady-state pattern evolution of symmetric Faraday waves
excited in a brimful cylindrical container when driving parameters much exceed critical …

We find capillary wave turbulence (WT) spanning multiple dynamical regimes and
geometries, all within a 40 μ L volume microfluidic system. This study is made viable with …

We present a neo-Hookean elasticity theory for hybrid mechano-active hydrogels,
integrating motor proteins into polymer meshes to create composite materials with active …

Resonance Acoustic Mixing®(RAM) technology applies an external low-frequency vertical
harmonic vibration to convey and mix the non-Newtonian fluid across space. However …

Liquid surface stiffness generates stable Faraday wave (FW) patterns, known as
hydrodynamic crystals, which form resonant FW lattices composed of discrete harmonics …

Surface waves have been used as a paradigm for pattern formation and hold significant
potential for applications such as materials micro-molding and stability control of tankers …

ABSTRACT A category of wrinkle structures, often termed Kinneyia structure or Runzel
marks, comprises bedding plane features consisting typically of anastomosing, low-relief, flat …

Faraday instability has great application value in the fields of controlling polymer processing,
micromolding colloidal lattices on structured suspensions, organizing particle layers, and …