Recent advances have made this approach more robust and quantifiable by combining evaluations of the delocalized unpaired electron spin density from first-principles calculations with magnetic scaling models based on empirical magnetic susceptibility measurements.
A continuum micro-scale model based on statistical properties together with a mole-based conservation model was employed.
A two-scale model based on a database approach is presented to investigate alloy solidification.
A catchment-scale model based on the input output budget of a solute is developed.
Froude's law of modeling was used to obtain the dimensions of the scale model based on the dimensions of an existing structure.
A laboratory scale model based on the proposed combination of thermosyphon and thermoelectric cells was fabricated and tested under the temperature differences that exist in the solar ponds.
A novel gas/solid dual-scale model based on lattice gas cellular automata (LGCA) is proposed to describe the macroscopic behaviour through microscopic gas solid interactions.
A subgrid-scale model based on a truncated exact series expansion for Gaussian filtered products is considered for the incompressible scalar advection diffusion equation.
This paper adopts an atomic-scale model based on the atomistic formulation to analyze the deformation mechanism induced in a copper substrate during nanometric cutting process.
To do this, a two-scale model based on the generalized continuum approach of Damil and Potier-Ferry (2006, 2008) is applied to this problem.
