A review on models for the statics of out-of-plane deformable pantographic fabrics is
presented, along with a model describing the dynamics of in-plane-only deformable …

Mechanical behavior of materials with granular microstructures is confounded by unique
features of their grain-scale mechano-morphology, such as the tension–compression …

In the paradigm of data-intensive science, automated, unsupervised discovering of
governing equations for a given physical phenomenon has attracted a lot of attention in …

Bi-pantographic fabrics are composed of two families of pantographic beams and
correspond to a class of architectured materials that are described in plane as second …

We present a finite element discrete model for pantographic lattices, based on a continuous
Euler–Bernoulli beam for modeling the fibers composing the pantographic sheet. This model …

Finite element method (FEM) is commonly used with topology optimization algorithms to
determine optimum topology of load-bearing structures. However, it may possess various …

The equilibrium forms of pantographic blocks in a three-point bending test are investigated
via both experiments and numerical simulations. In the computational part, the …

One of the most interesting challenges in the modern theory of materials consists in the
determination of those microstructures which produce, at the macro-level, a class of …

There is a class of planar 1D-continua which can be described exclusively by their
placement functions which in turn are curves in a two-dimensional space. In contrast to the …

A continuum theory of pantographic lattices, based on second-grade elasticity, is presented.
The proposed model is able to describe the mechanical behavior of a type of material …