Hybrid Methods for Atomic-Level Simulations Spanning Multiple–Length Scales in the Solid State - Reviews in Computational Chemistry - page 350

AFEM Atomic size finite element

BC Boundary conditions

CADD Coupled atomistic and discrete dislocation

CG Coarse grain

CGMD Coarse-grain molecular dynamics

CLS Coupling of length scales

CP Classical potential

DFT Density functional theory

EAM Embedded atom method

EED Edge-to-edge decomposition

FE Finite element

FEM Finite-element method

FEAt Finite-element atomistic

FNL-QC Fully nonlocal quasi-continuum

FP-GFBC First-principle Green's function boundary condition

GFBC Green's function boundary condition

GLE Generalized Langevin equation

HMM Heterogeneous multiscale method

HS Hand shake

LHA Local harmonic approximation

LOTF Learn on the fly

LQC Local quasi-continuum

MAAD Macroscopic, atomistic, ab initio dynamics

MD Molecular dynamics

MM Molecular mechanical

MPM Material point method

ODD Overlapping domain decomposition

OFDFT Orbital-free density functional theory

OFDFT-QC Orbital-free density functional theory,

quasi-continuum

PDE Partial differential equation

PMF Potential of mean force

QC Quasi-continuum

QCDFT Quasi-continuum, density functional theory

QC-GFC Quasi-continuum, ghost forces corrected

QCMC Quasi-continuum Monte Carlo

QC-QHMK Quasi-continuum k -space quasi-harmonic model

QM Quantum mechanics

QuASI Quantum atomistic static interface

SCF-HACG Self-consistent field, hybrid atomistic-coarse-grained

SW Stillinger-Weber

TB Tight binding

VBC Variational boundary condition