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Functionally graded saturated porous structures: A review
Functionally graded porous materials are porous structures with porosity gradient distributed
over volume. The porous structures having valuable properties, such as lightweight and …
over volume. The porous structures having valuable properties, such as lightweight and …
A review on stress-driven nonlocal elasticity theory
The behavior of materials at the nanoscale cannot be studied by classical theories.
Accordingly, new theories have been developed to predict the behavior of materials at the …
Accordingly, new theories have been developed to predict the behavior of materials at the …
Static and free vibration analysis of functionally graded annular plates using stress-driven nonlocal theory
This study presents analytical and numerical solutions of the bending and the free vibration
analysis of a functionally graded annular nanoplate based on the stress-driven nonlocal …
analysis of a functionally graded annular nanoplate based on the stress-driven nonlocal …
On simplified deformation gradient theory of modified gradient elastic Kirchhoff–Love plate
Y Zhou, K Huang - European Journal of Mechanics-A/Solids, 2023 - Elsevier
A concise modified gradient elastic Kirchhoff–Love plate model with two length-scale
parameters is proposed based on simplified deformation gradient theory. A sixth-order basic …
parameters is proposed based on simplified deformation gradient theory. A sixth-order basic …
Size Effect on the Axisymmetric Vibrational Response of Functionally Graded Circular Nano-Plate Based on the Nonlocal Stress-Driven Method
In this work, the axisymmetric-vibrational behavior of a size-dependent circular nano-plate
with functionally graded material with different types of boundary conditions was …
with functionally graded material with different types of boundary conditions was …
Surface-and nonlocality-dependent vibrational behavior of graphene using atomistic-modal analysis
Classical continuum theories are incapable of accurately describing the behavior of
nanostructures due to their size dependence. Size-dependent effects such as surface and …
nanostructures due to their size dependence. Size-dependent effects such as surface and …
Bending of bidirectional functionally graded nonlocal stress-driven beam
This paper provides a comprehensive analysis, using nonlocal stress-driven integral theory,
of the static behavior of a nanoscale beam of bidirectionally graded materials. After a brief …
of the static behavior of a nanoscale beam of bidirectionally graded materials. After a brief …
Vibrational analysis of graphyne-based nanoplates using a hybrid nonlocal strain gradient-atomistic simulation model
By employing a hybrid atomistic-continuum model, we can combine the advantages of
atomic and continuum models. In this approach, resonance frequencies are matched to …
atomic and continuum models. In this approach, resonance frequencies are matched to …
Bending and stretching behavior of graphene structures using continuum models calibrated with modal analysis
Two-dimensional nanomaterials exhibit specific mechanical characteristics essential for
commercialization and industrial applications, such as nano electro-mechanical systems …
commercialization and industrial applications, such as nano electro-mechanical systems …
Static and dynamic stabilities of modified gradient elastic Kirchhoff–Love plates
Y Zhou, K Huang - European Journal of Mechanics-A/Solids, 2024 - Elsevier
The static and dynamic stabilities of modified gradient elastic Kirchhoff–Love plates
(MGEKLPs), which incorporate two length-scale parameters related to strain gradient and …
(MGEKLPs), which incorporate two length-scale parameters related to strain gradient and …