Sentence examples for continuum simulation from inspiring English sources

We present a formulation for coupling atomistic and continuum simulation methods for application to both quasistatic and dynamic analyses.

Furthermore, a calculated particle velocity distribution obtained by a CFD continuum simulation will be favorably compared with a measured distribution.

This model bridges between atomistic and continuum simulation techniques as it operates on diffusive timescales but at atomistic length scales.

An equivalent continuum simulation is employed to evaluate the microstructure of CNTs, based on that, both two-dimensional simplified and three-dimensional models are introduced separately.

To overcome this issue, the application of Smooth Particle Hydrodynamics (SPH) method is first extended by the authors to the field of terradynamics, in particular, the continuum simulation of legged locomotion on soft soil media.

The resulting decomposition can be used in a finite-temperature simulation method in which MD is used only in a localized region, while the continuum simulation covers the entire domain, including the MD region to which it is coupled.

Therefore, continuum simulations of tensile loading on BMGCs with different morphologies are performed in this work.

Continuum simulations are performed for diffusion couples with discrete grain boundaries acting as vacancy sources and sinks.

Their process structure property relations are studied by microscopic, spectroscopic and other experimentation, coupled with computation via atomistic and continuum simulations.

We present a thermodynamic description of decohesion that provides a link between first principles studies of decohesion and cohesive zone models used in continuum simulations of crack growth.

In our simulations, the vascular structure produces inhomogeneities in oxygen tension on scales larger than those appearing in continuum simulations depending on inhomogeneities in Extracellular Matrix (ECM) and smaller than those due to tissue structure.