This article examines the dispersion characteristics and energy distribution in different
regions of the bifurcated waveguide with vertical step discontinuities. In this research study …

The present research focuses on the study of how acoustic radiation modes behave in an
elastic shell that has trifurcated junctions and structural variations. To express the vibration …

It is found that the classic finite element method (FEM) requires much time for adequate
meshes to acquire satisfactory numerical solutions, and is restricted to acoustic problems …

The dilution of undesired and vandalize noise to a sustainable level is the subject of
continuing research in the fields of applied mathematics, physics, and engineering …

The problem of turbulent vortices and vortex dynamics under the influence of ocean waves
is a subject of continuing research in the field of wave-current interaction. Thus, this study …

This study presents a comprehensive analysis of modeling acoustic radiation from
monopole sources within waveguides, considering variations in structural parameters …

This research article investigates the attenuation patterns of acoustic waves within
waveguide structures featuring flexural boundaries. By employing advanced methods in …

This article explores the waveguide phenomenon that possesses trifurcated rigid inlet/outlet
and muffler conditions. Additionally, this waveguide is linked to a finite, thin, and flexible …

This article presents advancements in an analytical mode-matching technique for studying
electromagnetic wave propagation in a parallel-plate metallic rectangular waveguide. This …

In this study, the analysis of sound waves from a coaxial pipe with a perforated screen and a
partial acoustic absorbing lining is investigated. The geometry under consideration consists …