This study investigates the vibrations of graphene oxide powders (GOPs) reinforced
perovskite solar cells surrounded by an elastic foundation using both mathematical …

The transient bending properties of concrete structures, particularly those reinforced with
functionally graded (FG) materials, play a critical role in ensuring the structural integrity and …

This work examines the transient nonlinear oscillations of complex composite systems under
mechanical pressure utilizing Reddy's theory of higher-order shear deformation plates. The …

In this paper, independent optimization operation strategy and global optimization operation
strategy for cascaded hydropower plants are studied in aim to maximize total power energy …

The measurement of phase velocity (PV) in concrete systems is critically important for civil
engineers as it provides essential insights into the material properties and structural integrity …

In advanced materials engineering, understanding transient vibrations in sandwich annular
plates reinforced by multi-phase nanocomposites is essential. To adequately represent the …

This study introduces a computer simulation framework aimed at analyzing the flexural
vibrations of sandwich structures comprising a polymer core sandwiched between two face …

This study delves into the vibrational characteristics of concrete annular plates reinforced
with graphene oxide powders (GOP), underpinned by an innovative auxetic-elastic …

Concrete plate structures' compressive strength and natural frequency are connected by the
mechanical characteristics of the material and structural dynamics. Concrete's elastic …

In order to generate electricity from sunlight, spacecraft that operate within the inner solar
system often utilize photovoltaic solar panels that are controlled by power electronics. For …