Double-curved-beam systems (DCBSs) are usually seen in many engineering fields.
Compared to straight double-beam systems, DCBSs are more efficient in noise and vibration …

This research reports on Three Dimensional (3D) exact free torsional-bending vibrations
and buckling of Timoshenko beams possessing homogeneous and nonhomogeneous …

This paper investigates the free vibration of a carbon nanotube-reinforced composite
Timoshenko microbeam considering the effect of axial load and bending-torsion coupling …

Double-beam systems have found many applications in civil and mechanical engineering.
Extensive works of research have been conducted on the investigation of double-beam …

In this paper, the coupled bending and torsional vibration analysis of microbeams under
axial force based on Timoshenko's beam theory is investigated. Modified non-classic …

The free vibration of rotating bending-torsional composite Timoshenko beams (CTBs) with
arbitrary boundary conditions is analyzed. The composite material coupled rigidity, Coriolis …

In this paper we describe a computational model based on frequency domain spectral finite
element method (SFEM) developed to study wave propagation in metallic as well as …

This study analyzed a Timoshenko beam with Koch snowflake cross-section in different
boundary conditions and for variable properties. The equation of motion was solved by the …

This study focuses on coupled vibrations of rotating thin-walled composite beams subjected
to hygrothermal effects. In the existing literature, many studies have been conducted on …

In this study, lateral and longitudinal buckling behaviors of perforated composite plates are
investigated numerically. The composite plates are assumed to consist of two types of fabric …