Beams resting on elastic foundations are widely used in engineering design such as
railroad tracks, pipelines, bridge decks, and automobile frames. Laminated composite …

New exact analytical solutions are presented for the static deflection of coupled Timoshenko
composite beams resting on two-parameter elastic foundations subject to arbitrary boundary …

New analytical solutions for the static deflection of anisotropic composite beams resting on
variable stiffness elastic foundations are obtained by the means of the Homotopy Analysis …

High levels of strength-and stiffness-to-mass ratio can be achieved in slender structures by
lengthwise tailoring of their cross-sectional areas. During use, a non-prismatic beam …

Emerging manufacturing technologies, including 3D printing and additive layer
manufacturing, offer scope for making slender heterogeneous structures with complex …

This research paper presents an analytical model for predicting the load–deflection curves
of three-layered sandwich (TLS) beams with interlayer slips, accounting for material …

The general solution of elasticity for plane anisotropic beams with arbitrary constraints at
ends and arbitrary normal and tangential distributed loads on surfaces is derived, which …

风力发电的大型化进程正从陆地转向近海, 深远海发展, 并伴随着风机基础构型由陆上浅基础,
海上固定式基础, 向海上漂浮式基础演化. 本文基于Kane 动力学理论系统地推导了陆上浅基础 …

Wind turbine blades in excessive wind conditions present extreme deflection problems. For
this reason, an analysis of the structural response of composite reinforced box beams is …

This paper investigates the bend-twist coupling analysis of multi-layered stepped generally
orthotropic composite beams subjected to mixed end-of-beam and mid-span supports …