It is an established paradigm in the emerging fields of nanoscience, nanotechnology and
molecular engineering that a very important domain of fundamental research is associated …

Recently, the mechanical performance of various mechanical, electrical, and civil structures,
including static and dynamic analysis, has been widely studied. Due to the neuroma's …

A new model is developed for thermally induced redistributions of free carriers in
flexoelectric semiconductor beams using a thermoflexotronic theory. This theory, which …

Due to their intrinsic complexity, it is not easy to model the mechanical behaviour of
biomaterials. Despite the challenges they faced, some researchers have presented …

The nonlocal integral elasticity and the modified strain gradient theory are consistently
integrated in the framework of the nonlocal modified gradient theory of elasticity. The …

Two frameworks of the nonlocal integral elasticity and the modified strain gradient theory are
consistently merged to conceive the nonlocal modified gradient theory. The established …

The unified gradient elasticity theory with applications to nano-mechanics of torsion is
examined. The Reissner stationary variational principle is invoked to detect the differential …

Thermoelectric films linked to elastic substrates are typical engineering structures and have
applications in heat recovery systems. This article uses the nonlocal heat conduction and …

Direct FE 2, recently proposed by Tan et al.(2020), is a concurrent multilevel modeling
approach, which homogenizes a representative volume element (RVE) to a Cauchy …

A new model for electro-elastic Bernoulli–Euler beams of centrosymmetric cubic materials is
proposed, which incorporates microstructure and flexoelectric effects. The wave equations …