This paper introduces a new approach that combines FFT-based multiscale homogenisation
with the Lippman–Schwinger equation to efficiently and accurately analyse plate structures …

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 …

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 paper presents a novel approach to concurrent multiscale analysis, where structures
are formulated at both microscopic and macro levels for simulation purposes. The proposed …

Although transverse shear stiffness coefficients are critical parameters, there currently lacks
a general methods for calculating the transverse shear stiffness matrix E for periodic plates …

In this article a FE2 shell model for thin and thick shells within a first order homogenization
scheme is presented. A variational formulation for the two‐scale boundary value problem …

This paper introduces an FFT-based homogenisation approach designed to mitigate the
computational demands associated with conventional numerical methods for thin plate …

Fibre composite materials are inherently heterogeneous, often characterised by a complex
internal substructure that includes various material phases and interfaces. The intricate …

Im Rahmen der Finiten-Elemente-Methode sind Schalenelemente eine effiziente
Möglichkeit, um das mechanische Verhalten flächiger Bauteile beschreiben zu können. In …