The functional advantages of tailored stiffness, often seen in nature, are also utilized in
composite structures. Advancements in the multiaxis tow placement and automated fiber …

加筋薄壁结构常被用于航空航天结构的轻量化设计. 随着结构尺寸和几何特征的增加,
需要更加精细的网格来满足分析精度的要求. 传统的等几何方法采用NURBS …

This paper investigates, the free vibration behavior of nanocomposite panels with a free-
form curve slides on a straight line. It is assumed that the laminated composite panel is …

Complex shells and curvilinear stiffeners are promising for the lightweight design of
aerospace structures. Along with the increasing of structural size and geometric …

The grid-stiffened shell is a promising aerospace structure configuration with high load-
carrying capacity. However, it is challenging to fully exploit its optimal load-carrying …

A shape and size optimization framework is developed to improve the structural
performance of the stiffened shell using isogeometric analysis. To accurately model the …

Additive manufacturing enables the deposition of material in the near-net shape at any
desired location on the base plate or shell to improve the structural performance by tailoring …

This article investigates the dynamic instability of a stiffened sandwich plate with an auxetic
honeycomb core and three-phase hybrid composite (PMMA/GPL/Carbon fiber) layers. To …

Elastoplastic deformation with significant reference rotation of large stiffened plate is hard to
be predicted effectively using conventional FEM and analytical methods, due to high …

The stiffened thin-walled structures are broadly used in the lightweight design of aerospace
structures. With the increase in structure size and geometric characteristics, more refined …