The robust self-cleaning of a lotus leaf is the most classic and powerful phenomenon in
nature, whose hybrid papillae and biological wax guarantee its functions. The stability of the …

This article pays attention to the snap-buckling and resonance behaviors of functionally
graded graphene platelets reinforced composites (FG-GPLRCs) curved beams resting on …

Bernstein polynomials are exploited, for the first time, in investigation of the nonlinear
bending and snap-through instability phenomena of geometrically imperfect bioinspired …

The snap buckling of the FG curved pipes conveying fluid has not been reported due to the
existing research on the snap-buckling problem. Therefore, the purpose of this paper is to …

This paper deals with the multi-objective optimization problems of snap-through instability of
geometrically imperfect simply supported helicoidal composite beam with nonlinear …

This paper explores the buckling and free vibration behaviors of micro laminated composite
beams (MLCBs) exposed to varying axial loads using the modified couple stress theory …

Snap-through analysis of thin, functionally graded (FG), fixed, circular shallow arches
subjected to uniformly distributed vertical load is examined in this paper. The modulus of …

The snap-through analysis of shallow doubly hinged sinusoidal nano-arches subjected to
sinusoidal load, considering the nonlocal effects, by using the stress-driven nonlocal model …

A mathematical approach is proposed to apply strain-driven (εD) and stress-driven (σD) two-
phase local/nonlocal integral models (TPNIMs) with discontinuity of variable fields. The …

This study presents a semi-analytical solution that can calculate the free vibration
frequencies of functionally graded nanobeams with three distinct pore distributions under …