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Role of nonlinear viscous dissipation on the magnetic domain wall motion in multiferroic heterostructures
This work theoretically investigates the strain-mediated magnetic domain wall propagation
in a magnetostrictive layer, which is perfectly attached to a thick piezoelectric layer under the …
in a magnetostrictive layer, which is perfectly attached to a thick piezoelectric layer under the …
A theoretical approach for thermomechanical shock analysis of doubly curved panel with respect to geometrical and physical parameters using machine-leaning …
B Sheng, Y Gao, A Almadhor, N Zhang… - Mechanics of Advanced …, 2024 - Taylor & Francis
In this work, for the first time, bending information of the doubly curved panel under thermo-
mechanical shock loading (MSL) with respect to geometrical and physical parameters via …
mechanical shock loading (MSL) with respect to geometrical and physical parameters via …
Relative frequencies of perovskite solar cells strengthened by composite materials: application of deep neural networks for solving the vibration problem
J Fan, KA Alnowibet - Mechanics of Advanced Materials and …, 2024 - Taylor & Francis
Perovskite solar cells have shown competitive power conversion efficiencies (PCE) with the
potential for better performance when compared to the most widely used photovoltaic …
potential for better performance when compared to the most widely used photovoltaic …
Sustainable reuse of magnesite mine tailings in cement-treated expansive soil for enhanced subgrade performance: geotechnical and environmental analysis
V Shanmugasundaram, B Shanmugam… - Journal of Taibah …, 2024 - Taylor & Francis
This study explores the use of Magnesite Mine Tailings (MMT) as an admixture in cement
stabilization of Expansive Soil (ES) to improve subgrade performance and reduce …
stabilization of Expansive Soil (ES) to improve subgrade performance and reduce …
Nonlinear size-dependent aerodynamics of axially reinforced doubly curved micropanel with GPLs: Application of innovative artificial neural network model
S Han, Q Ye, A Almadhor, M Abbas - Mechanics of Advanced …, 2024 - Taylor & Francis
Recent years have seen significant research on oscillations in aircraft structures. A self-
excited oscillation known as flutter is known to wear down aircraft equipment. So, in this …
excited oscillation known as flutter is known to wear down aircraft equipment. So, in this …
Simulation of soil-structure interaction using inelasticity-separated finite element method
DH Yu, G Li, JJ Hu, WY Chen - Mechanics of Advanced Materials …, 2024 - Taylor & Francis
The soil–structure interaction (SSI) effect is nonnegligible during the nonlinear seismic
response analysis of large-scale or underground structures. However, the computation of …
response analysis of large-scale or underground structures. However, the computation of …
Data-driven solution for supersonic aerodynamics analysis of Perovskite solar cells considering the velocity of sound and Mach number
QB Huang, G Zheng, M Abbas - Mechanics of Advanced Materials …, 2024 - Taylor & Francis
Due to the use of Perovskite solar cells (PSC) in aerospace applications, so, in this work for
the first time, aerodynamic flutter and vibrational analysis of PSC are presented. For …
the first time, aerodynamic flutter and vibrational analysis of PSC are presented. For …
Unraveling thermoelastic performance of the multi-directional functionally graded composite structure by data-driven deep-learning approach
X Wu, Q Chen, W He, A Almadhor… - Mechanics of Advanced …, 2024 - Taylor & Francis
Multi-directional functionally graded materials (MD-FGMs) are a brand-new family of
sophisticated composites with continually changing structural and mechanical properties but …
sophisticated composites with continually changing structural and mechanical properties but …
Dynamics of transverse domain wall in bilayer ferromagnetic-heavy metal nanostructures: Interplay of spin-orbit torque, dry-friction dissipation, and the interfacial …
This work deals with the static and dynamic characteristics of the transverse Bloch domain
wall within a bilayer nanostructure comprising a ferromagnetic layer and a non-magnetic …
wall within a bilayer nanostructure comprising a ferromagnetic layer and a non-magnetic …
Application of the optimized deep networks in the prediction of the coupled thermoelasticity response of the axially graded composite system subjected to thermal …
Y Geng, S Zhang, K A. Alnowibet - Mechanics of Advanced …, 2024 - Taylor & Francis
This research is done to examine the coupled thermoelastic response of composite axially
graded beams. Thermal shock is applied axially to the beam. Three-dimensional elasticity …
graded beams. Thermal shock is applied axially to the beam. Three-dimensional elasticity …