This study presents a fractional-order continuum mechanics approach that allows combining selected characteristics of nonlocal elasticity, typical of classical integral and gradient …
This paper presents a comprehensive numerical finite element implementation of the nonlocal strain gradient theory applied to thin laminated composite nanoplates using …
The description of the mechanical behaviour of brick/block masonry through equivalent continua is presented here as a paradigmatic example of the problem of gross modelling of …
AJ Rios, M Pingaro, E Reccia… - Journal of Engineering …, 2022 - ascelibrary.org
Historical masonry structures have a great interest in civil engineering because they constitute a large part of the world's building heritage. In this paper, the effects that different …
M Pepe, M Sangirardi, E Reccia, M Pingaro… - Frontiers in Built …, 2020 - frontiersin.org
Numerical modeling of masonry structures is nowadays still an active research field, and this is partly due to a number of open issues related to preservation and restoration of historical …
This study presents the formulation of the variable-order continuum mechanics theory and its application to the analysis of nonlocal heterogeneous solids. The variable-order continuum …
The aim of this contribution is to formulate equivalent continuum finite element model for two- dimensional atomic arrays under plane-stress condition, based on Eringen's two phase …
V Diana - Archives of Computational Methods in Engineering, 2023 - Springer
This paper presents a unified framework for continuum-molecular modeling of anisotropic elasticity, fracture and diffusion-based problems within a generalized two-dimensional …
Efficient application of carbon nanotubes (CNTs) in nano-devices and nano-materials requires comprehensive understanding of their mechanical properties. As observations …