In recent years, mechanical characteristics including vibration, bending, buckling and
postbuckling, stability and instability, etc. of small-scaled structures (such as …

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 …

The free vibration of two-directional functionally graded (2D-FG) thick curved nanobeam with
concentrated mass is investigated for various boundary conditions. Hamilton's principle is …

Mathematical formulation is proposed to deal with average bi-Helmholtz kernel (BHK) based
stress-driven nonlocal integral model (SDNIM) with discontinuity, which is converted into …

Dynamic analysis of functionally graded size-dependent annular nano-plate is the main
concern in this study. To obtain the vibrational behavior of this plate, the stress-driven …

In this paper, an investigation of linear eigenvalue buckling of functionally graded material
(FGM) plates under uniaxial loading is carried out. The computer model is analyzed using …

In this paper, several analyses were conducted to investigate the buckling behavior of
Functionally Graded Material (FGM) thin plates with various circular cutout arrangements …

Static bending behavior of functionally graded (FG) Timoshenko beams is studied via both
strain-and stress-driven two-phase local/nonlocal mixed integral models based on the bi …

Due to the conflict between equilibrium and constitutive requirements, Eringen's strain-
driven nonlocal integral model is not applicable to nanostructures of engineering interest. As …

Static bending and elastic buckling of Euler–Bernoulli beam made of functionally graded
(FG) materials along thickness direction is studied theoretically using stress-driven integral …