Composite plates are widely used in many engineering fields such as aerospace and
automotive. An accurate and efficient multiscale modeling and simulation strategy is of …

Shell finite element is computationally efficient and thereby favored in large-scale structural
analysis. With the application of advanced materials, understanding the relation between …

This paper presents a kinematically consistent second-order computational homogenisation
scheme for shear deformable shells. The proposed framework can accurately evaluate the …

This contribution presents a multiscale approach for the analysis of shell structures using
Reissner–Mindlin kinematics. A distinctive feature is that the thickness of the representative …

This work compares two different computational approaches to geometrically exact
elastoplastic rods. The first approach applies an elastoplastic constitutive model in terms of …

Advanced fibre composite materials are often used for weight-efficient thin-walled designs,
making a plate-based modelling approach suitable for their structural assessment. However …

This contribution picks up on a novel approach for a first order homogenization procedure
based on the Irving-Kirkwood theory and provides a finite element implementation as well as …

In this work, a framework of physically consistent homogenization and multiscale modeling
(PCHMM) is developed to analyze complex slender structures with homogenized one …

Structural beam elements are computationally efficient in modelling slender structures.
However, they require homogenised material models and computational homogenisation for …

In civil engineering, carbon is typically regarded as a modern material to serve as
reinforcement in concrete structures. Compared to steel reinforcement, it features two …