Sentence examples for simulations and classical from inspiring English sources
A comparison between results of the SCC-DFTB simulations and classical MD simulations employing the AIREBO potential was made, showing a significant difference in the calculated probabilities and chemistry, mainly caused by differences in the multibody potentials.
By combining two-dimensional finite-element simulations and classical fracture mechanics we found that BPM fracture strength decreases at a faster rate under biaxial loading than under uniaxial loading.
We relied on molecular dynamics (MD) computational simulations and classical density functional theory (cDFT) calculations of our system to reinforce the experimental results obtained from electrochemical measurements and quasi-elastic neutron scattering (QENS).
However, there have been some simple preliminary efforts based on limited static simulation and classical dynamic performances cases.
Traditional atomistic simulation methods and classical continuum approaches have their own fundamental drawbacks in dealing with this large atomic system.
Meanwhile, a universal method for the consistency test is proposed based on the sampling distribution theorem, which is verified by simulation data and classical crack degradation data.
Different applications have different flow characteristics and behavioral characteristics, so it is not enough to analyze only using mathematical simulation and the classical queuing theory mode.
Unlike a CFD mixing simulation and a classical compartment model, the CFD-based compartment model proposed in this work reproduces with a good accuracy the spatial distribution of concentrations during the mixing process and this, without any adjustable parameters.
SciPy, Matplotlib, and NumPy libraries, which are Python-based open-source libraries for scienti_c computing and graphical representation, are used to perform Matlab-like simulations and to implement classical control loops.
Second, the threshold between quantum and classical simulations.
Theoretical approaches such as molecular dynamic (MD) simulations, finite element analysis, and classical elastic shell theory were frequently used to analyze and interpret the mechanical features of carbon nanotubes.
