As one of the most versatile elements, carbon materials occupy the most plentiful allotropies
composed of pure or mixed hybridization orbitals of sp1/sp2/sp3. The design and synthesis …

The family of two-dimensional (2D) materials, including graphene, hexagonal boron nitride,
transition metal dichalcogenides, and others, exhibits a wide range of lattice structures and …

Two-dimensional SiC has been successfully prepared in an experiment (Phys. Rev. Lett
2023, 130, 076203), which provides new material candidates for power devices. In this work …

This research paper studies the fracture and mechanical properties of rippled graphene
containing dislocation dipoles. The atomistic simulation is performed to study the …

Defects are inevitable in two-dimensional (2D) materials, which is widely recognized to
affect the strength of 2D materials. It is known the uniaxial tension strength is significantly …

The strengths of glasses are intricately linked to their atomic-level heterogeneity. Atomistic
simulations are frequently used to investigate the statistical physics of this relationship …

Atomic vacancies play a crucial role in hydrogen storage and local strengthening of a
substance with a mechanism that is elusive. First-principles examinations of monolayer …

Defects are inevitable in two-dimensional (2D) materials. Thus, the strength prediction and
design are crucial for practical application of defective 2D materials. Utilizing a dataset from …

Mechanical failure is one of the fundamental problems in solids, while the strength criterion,
a measure of mechanical failure, is usually a phenomenological model that needs to be …

Graphene is a promising material with high strength that can be reduced by the presence of
defects. Defect engineering can be an effective way of property control for such two …