Soft tissues—such as ligaments and tendons—primarily consist of solid (collagen,
predominantly) and liquid phases. Understanding the interaction between such components …

We generalize and provide a linear algebra-based perspective on a finite element (FE)
homogenization scheme, pioneered by Schneider et al.(2017)[1] and Leuschner and Fritzen …

Zirconium alloys are critical material components of systems subjected to harsh
environments such as high temperatures, irradiation, and corrosion. When exposed to water …

The models developed for masonry and historical structures in the literature are usually
classified into macromodels considering masonry as an equivalent continuum; and …

This paper introduces a nested sinusoidal re-entrant (NSR) metamaterial characterized by
tunable complete bandgaps (CBGs) and dynamic responsiveness in thermal-mechanical …

Computationally efficient and numerically accurate modelling of heterogeneous materials
with complex internal architectures at the macroscale is a current problem. For instance, in …

We propose a matrix-free finite element (FE) homogenization scheme that is considerably
more efficient than generic FE implementations. The efficiency of our scheme follows from a …

Víceúrovňové materiálové modelování je jednou ze klíčových oblastí vývoje pro budoucí
průmyslová odvětví. Pro plné využítí možností víceúrovňových struktur musí být techniky …

Multiscale material modeling is one of the enabling fields for future industries. To fully exploit
the opportunities of multiscale structures, multiscale modeling techniques must be accurate …

Multiscale material modeling is one of the enabling fields for future industries. To fully exploit
the opportunities of multiscale structures, multiscale modeling techniques must be accurate …