A sufficiently accurate, yet computationally efficient prediction of thermomechanical behavior
is essential for the structural design of spacecraft. This paper presents a novel modeling …

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 …

Box beams have been used widely in engineering fields. This paper proposes a higher-
order shear deformation beam theory to investigate the transverse vibration and stability of …

Accurate modelling and prediction of dynamic characteristics for rotating thin-walled blades
have drawn attention as it is an essential part of structural health monitoring for various …

This study presents a new modeling technique to estimate the stiffness matrix of a thin-
walled beam-joint structure using deep learning. When thin-walled beams meet at joints …

A mathematical model is developed based on the thin-walled beams theory for free vibration
analysis of nano/micro scale beams having nonlocal properties and arbitrary cross sections …

A new systematic approach is presented to derive the cross-section deformation modes of
thin-walled beams with arbitrary sections within the framework of a higher-order beam …

This study presents a data-driven approach for developing a one-dimensional thin-walled
beam model. In order to analyze complicated deformations occurring in a thin-walled beam …

A novel model describing the shear lag of laminated composite thin-walled beams with
openings has been developed. Warping of open-closed cross-sections is defined by …

In the paper, an analysis of thin-walled functionally graded straight and curved beams for
general non-uniform polygonal cross-sections has been introduced for vibration problems …