Numerical Analysis Papers of the Week

In this work, we propose a novel design that utilizes magnesium (Mg) alloy as the matching layer for PZT-5H/Epoxy 1-3 composite underwater acoustic transducers.

In the present paper, we study the computation of the propagative wave numbers and the corresponding guided modes.

This work presents, to the authors' knowledge, the first combined numerical and experimental assessment of iFEM under creep and recovery conditions within the small-deformation regime.

This paper considers with the evolution of the spacelike curve in Minkowski space \(\mathbf{R}^{1,1}\) under hyperbolic mean curvature flow.

ABSTRACT We propose a three‐phase hybrid maintenance policy model for protection systems that exhibit abnormal operational behaviors, including misoperations and refusal operations.

A key challenge is identifying physically interpretable transport models from sparse observational data.

The present study investigates the coupled effects of liquid viscosity and bubble–wall stand-off distance on near-wall cavitation bubble dynamics through combined experimental and numerical approaches.

This study aims to develop a hybrid computational–optimization–data-driven framework for modeling coupled transport phenomena in magnetized Eyring–Powell fluids with variable thermophysical properties.

This study investigates the mechanical behavior of bio-based, three-dimensional printed honeycomb sandwich panels using numerical analysis.

To control grouting-induced disturbance during underwater shield docking, this study develops a low-disturbance curtain grouting design and control framework for a large-diameter shield operating under high water pressure.

This study investigates the flexural behavior and failure mechanisms of fused filament fabrication (FFF) beams manufactured from pure ABS, pure PLA, and three-layer hybrid configurations (ABS/PLA/ABS and PLA/ABS/PLA).

This study presents a comprehensive dynamical analysis of a ratio-dependent reaction–diffusion prey–predator model, with an emphasis on nonlinear oscillatory behavior and the evolution of spatiotemporal patterns.

However, their aerodynamic influence on a trailing motorcycle during slipstreaming remains poorly quantified. This study investigates this interaction, specifically focusing on the potential for aerodynamic instability.

This study focuses on the viscous dissipation in the swirling flow of hybrid nanofluids () on a stretched cylinder.

This study investigates the dynamic behavior of a liquid-filled cylindrical tank subjected to seismic loading.