Inspired by the superhydrophobic properties of some plants and animals with special
structures, such as self-cleaning, water repellent, and drag reduction, the research on the …

In this paper, the fully developed turbulent channel flow with sinusoidal deformation
controlled by the space-dependent electromagnetic forces is studied numerically at Re …

In this letter, we have put out a fresh idea for managing the diffraction sample of optical
vortex light that was transmitted from a four-level quantum dot molecule. We describe the …

Hydroacoustic analysis of three-dimensional, turbulent flow over superhydrophobic and
oscillating cylinders has been performed at Re= 3900. A third-type Robin boundary …

The article introduces biosensors based on inverted surface plasmon resonance (ISPR)
technology, which utilize thin metal films that absorb light with a graphene layer on top. The …

A proposed structure enables electro-optical control of liquid crystal diffraction grating with a
simplified fabrication process. The structure comprises alternating stripes of hybrid liquid …

Experimental study of coherent structures in a narrow rectangular channel with 50 percent
single side entrance blockage was conducted by time-resolved particle image velocimetry …

Kinetic parameters play a crucial role in understanding the interactions between molecules
in various biochemical processes, such as the interactions between viruses, antibodies, and …

The transfer-free fabrication of the high quality graphene on the metallic nanostructures,
which is highly desirable for device applications, remains a challenge. Here, we develop the …

This study explores the dynamics of turbulent flow around a sphere at a Reynolds number of
R e= 10 3 using large-eddy simulation, focusing on the intricate connection between vortices …