The current communication is a state-of-the-art review of the recently developed
Isogeometric analysis and its various applications such as structural, thermal, fluid–structure …

The proposed study scrutinizes the small scale-dependent geometrical nonlinear flexural
response of arbitrary-shaped microplates having variable thickness made of functional …

The present study aims to propose a computational package for analyzing the geometrically
nonlinear large-amplitude vibrations of nanoplates having arbitrary shapes with variable …

Via the nonlocal stress–strain gradient continuum mechanics, the microscale-dependent
linear and nonlinear large deflections of transversely loaded composite sector microplates …

In this investigation, the geometrically nonlinear bending behavior of functionally graded
(FG) composite elliptical and sector nanoplates with variable thickness is analyzed in the …

In this paper, the bending, buckling, and vibration behaviors of bi-directional functionally
graded (BDFG) nonuniform micro/nanobeams are investigated. A new Euler–Bernoulli …

Nanoindentation technique, which is based on Hertzian contact theory and Sneddon's
solutions for the contact between a rigid indenter and an elastic half-space, has been widely …

Abstract Strain Gradient Theories (SGTs) are often considered to capture the intrinsic
microstructural behaviors of the microbeams. In the present work, the recent Reformulated …

This exploration deals with the nonlinear large deflection behavior of nanocomposite plates
reinforced with functionally graded carbon nanotube (FG-CNT) having various shapes with …

An effective computational approach that can simultaneously deal with several complexities
in geometries, material properties, and size effects is of non-trivial yet important tasks for the …