In this paper, the accurate free vibration characteristics of thin-walled box beam are
discussed and the kinematic model is established by using fine shear deformation theory …

This article focuses on the coupled vibration characteristics of a spinning and axially moving
composite thin-walled beam. Dynamic equations of the coupled vibration problem are built …

The nodal-line method (NLM) is proposed for treating the wide-flange stocky thin-or thick-
walled beams featured by (1) clear longitudinal axis,(2) low length/width ratio (≤ 3), and (3) …

The current research presents a dynamically coupled mathematical model considering the
energy method and employing the classical Ritz-approximation method for a thin-walled …

Precast buildings have attarcted worldwide attention because of their significant role in the
realization of sustainable urbanization. In this study, a precast buckling-restrained composite …

To minimize injuries and protect the safety of the driver in minivan small offset collisions, an
optimized pre-tensioned force-limiting seat belt was proposed herein. An accident with …

Based on Euler beam theory and Hamilton's principle, the free vibration control equation for
the variable cross-section beam was established. Galerkin discretization and eigenvalue …

The aeroelastic instability of composite wings modeled as Circumferentially Asymmetric
Stiffness (CAS) thin-walled composite beams with closed cross-section is carried out. The …

This paper discusses the effect of some parameters such as fibre orientations, laminate
stacking sequence, aspect ratios and stiffness of the rectangular composite wing box models …