Material properties and fracture characteristics are among the most prominent parameters
that should be considered for a wide range of graphene applications. This article reviews …

More than a century ago, AA Griffith published the seminal paper establishing the
foundational framework for fracture mechanics. The elegant theory creatively introduced the …

This study develops an ordinary state-based peridynamic coarse-graining (OSPD-CG)
model for the investigation of fracture in single-layer graphene sheets (SLGS), in which the …

Advanced machine learning methods could be useful to obtain novel insights into some
challenging nanomechanical problems. In this work, we employed artificial neural networks …

We use classical molecular dynamics (MD) simulations to investigate the mechanical
properties of pre-cracked, nano-porous single layer MoS 2 (SLMoS 2) and the effect of …

We conducted molecular dynamics simulations to investigate the atomistic edge crack–
vacancy interactions in graphene. We demonstrate that the crack–tip stress field of an …

Multiscale modeling strategy development of graphene and its composites is of critical
importance in engineering and technological applications. In this work, we systematically …

Deep learning provides a new route for developing computationally efficient predictive
models for some complex engineering problems by eliminating the need for establishing …

Silicene has become a topic of interest nowadays due to its potential application in various
electro-mechanical nanodevices. In our previous work on silicene, fracture stresses of single …

The PSI-graphene, a two-dimensional structure, was a novel carbon allotrope. In this paper,
based on molecular dynamics simulation, the effects of stretching direction, temperature and …