In recent years, 4D printing has allowed the rapid development of new concepts of
multifunctional/adaptive structures. The 4D printing technology makes it possible to generate …

This paper investigates the effects of multiple materials configurations on the buckling
performance, total mass, and manufacturing cost of an existing omega stiffened composite …

由于具备高的比强度, 比刚度, 利用连续纤维增强复合材料代替传统金属材料以实现结构轻量化
正受到设计者们的广泛关注. 然而, 结构的复杂性给复合材料的铺层设计与优化带来了很大的 …

Stiffened composite panels are increasingly used in aerospace, marine, and automotive
industries due to their lightweight and high-strength properties. However, determining the …

Due to the parameter differences and the existence of random factors, the performance of
composite repair structure shows a large dispersion. In order to obtain stronger, lighter and …

The concurrent optimization design method for hybrid laminated composite structure with
variable thickness is proposed. The concept of improved stacking sequence table (iSST) is …

A novel multi-objective optimization framework for composite stiffened panels is proposed in
this study, leveraging a combination of the Parallel Neural Network (PNN), Non-dominated …

Patch-type discontinuous loads lead to highly localized stresses which are three-
dimensional (3D) in nature and can initiate failures. Their accurate characterization is of …

This manuscript proposes two novel formulations for the manufacturable stacking sequence
retrieval of laminated composite structures. Detailed sizing of composite structures is …

Due to high specific strength and stiffness ratios, composite materials are widely used in
industries where minimising structural mass is of paramount importance, such as the …