Steel sections have several applications in the construction industry. They are often used in
the design and construction of huge industrial complexes. They also are used in transport …

Many engineering structures consist of thin-walled beams and shells. Especially for fast
design in an early design stage, a simplified analysis using beams for load-carrying …

A higher-order beam theory suitable for accurate analysis of composite thin-walled box
beams is developed. Because anisotropic and laminate effects in composite beams produce …

If two thin-walled box beams meet at a joint, significant flexibilities that cannot be dealt with
by the classical Euler or Timoshenko beam theory are observed. Especially under in-plane …

Accurate analysis of thin-walled box beams meeting at a joint requires not only
consideration of higher-order deformation degrees (such as warping and distortion) but also …

When a higher-order or generalized beam theory is used for the buckling analysis of thin-
walled beams, the analysis accuracy critically depends on the number and shapes of the …

This paper presents a method to analyze thin-walled beams with quadrilateral cross
sections reinforced with diaphragms using a one-dimensional higher-order beam theory …

In Chap. 4, the sectional shape functions (ψ z W, ψ s χ) for a box beam under torsion, which
correspond to the wall-membrane field, were derived. This section is devoted to the …

차체와 같은 폐단면 박판보 시스템의 효과적인 초기 설계를 위해, 해석이 빠르며 모델링 변경이
용이한 일차원 보 해석 기법이 요구된다. 하지만 고전 보 이론의 가정과 달리 박판보 시스템은 …

In this paper, a method called “least-work solution” was empirically simplified to evaluate
shear lag stress in the steel box moment connections with internal diaphragms in order to …