We study the mean-field limit of an elasto-plastic model introduced to describe the yielding
transition of athermally and quasi-statically sheared amorphous solids. We focus on the …

Amorphous solids can yield in either a ductile or brittle manner under strain: plastic
deformation can set in gradually, or abruptly through a macroscopic stress drop. Developing …

We combine an analytically solvable mean-field elasto-plastic model with molecular
dynamics simulations of a generic glass former to demonstrate that, depending on their …

We study a mean field elastoplastic model, embedded within a disordered landscape of
local yield barriers, to shed light on the behavior of athermal amorphous solids subject to …

Developing a unified theory describing both ductile and brittle yielding constitutes a
fundamental challenge of non-equilibrium statistical physics. Recently, it has been proposed …

We investigate numerically the yielding transition of a two-dimensional model amorphous
solid under external shear. We use a scalar model in terms of values of the total local strain …

We study the linear response to strain in a mean-field elastoplastic model for athermal
amorphous solids, incorporating the power-law mechanical noise spectrum arising from …

We study a quasistatically driven random-field Ising model (RFIM) at zero temperature with
interactions mediated by the long-range anisotropic Eshelby kernel. Analogously to …

We construct a mean-field elastoplastic description of the dynamics of amorphous solids
under arbitrary time-dependent perturbations, building on the work of Lin and Wyart [Phys …

The effect of finite temperature T and finite strain rate γ ̇ on the statistical physics of plastic
deformations in amorphous solids made of N particles is investigated. We recognize three …