Micro-roughness at adhesion surface yields significant influences on the structural
behaviour of adhesive joints. Investigations into the micromechanical mechanism are …

This paper integrates an efficient numerical framework with robust and accurate constitutive
equations to study transverse behavior and multiple cracking of cross-ply fiber-reinforced …

The relationships between porous microstructures and transport properties are of
fundamental importance in various scientific and engineering applications. Due to the …

When it comes to evaluating adhesive bond performance and safety, different approaches
are known. Whilst mechanical lab tests strive to measure pure bond strength via lap-shear or …

A novel, generalizable Artificial Intelligence (AI)-driven technique, termed Deep Learning-
Driven Domain Decomposition (DLD 3), is introduced for simulating two-dimensional linear …

Numerical homogenization is an excellent tool for the quick simplification of complex
structures with a model that is much simpler and, at the same time, accurately reflects the …

We study the impact of size and spatial arrangement of resin-rich zones on the failure
response of a carbon fiber reinforced polymer (CFRP) subject to loadings applied in the …

Several new algorithmic aspects of the conforming to interface structured adaptive mesh
refinement (CISMAR) mesh generation technique are presented for creating high-fidelity …

Applied Micromechanics of Complex Microstructures explains the fundamental concepts of
continuum modeling of various complicated microstructures, covering nanocomposites …

The manufacturing technology for adhesive joints is not yet fully optimized, as proved by a
large number of papers that have been published in recent years. Future studies on …