Higher-order sectional modes of a thin-walled beam such as distortion and warping
significantly affect structural stiffness levels. Because this higher-order effect becomes even …

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 …

Thin-walled multicell structures observed in vehicle frames are partially welded to lower the
welding process cost while maintaining their overall structural stiffness comparable to those …

This book presents an extensive, thorough treatment for a structural analysis of thin-walled
beam structures using an advanced beam theory. Beams, slender structural members …

This article presents a one-dimensional dynamic model for a thin-walled U-shaped
telescopic crane boom segment, considering cross-section deformation, to address complex …

In the early stages of vehicle development, it is critical to establish performance goals for the
major systems. The fundamental modes of body and chassis frames are typically assessed …

Abstract In Chaps. 4, 5, 6, 7, the shape functions of the deformable section modes of a box
beam were derived in an approach with three key steps. Recursive equations derived in a …

In Chap. 10, we derived joint-matching conditions for a box beam by considering the
equilibrium conditions of sectional and edge resultants, which are represented in terms of …

In this thesis, a panel finite element is developed for the analysis of the isotropic, open
section, thin walled beams. In this study, the axial deformation, Euler-Bernoulli bending …

굽힘 하중을 받는 I 보의 끝단 효과를 포함한 변위/응력 분포를 일차원 고차 보 해석으로
예측하기 위해서는 다수의 단면 변형 모드가 요구된다. 본 논문은 이러한 모드들을 원하는 만큼 …