A spatial resource allocation modeling approach has been developed by integrating some earlier study efforts.
The heterogeneous DEM fracture modeling approach has the potential capability to understand various crack mechanisms of quasi-brittle materials.
The propagation graph modeling approach has been applied to predicting channel IRs in[8] by exhaustively searching of the propagation paths connecting the transmitters and receivers.
The tendency modeling approach has been used to derive a dynamic model of primary metabolism for aerobic growth of Saccharomyces cerevisiae on glucose, in which compartmentation is included.
In this work, a multi scale modeling approach has been developed to simulate the impact of woven fabrics using a finite element (FE) analysis.
A three-dimensional multi-level finite element (FE) modeling approach has been developed to simulate mechanical response and progressive damage behavior of hydroxyapatite/polyetheretherketone (HA/PEEK) porous structures separately under tensile and compressive loadings.
The homology modeling approach has become a promising tool that can provide a deeper insight of antibiotic-target interaction essential to the design of much needed new molecules.
Although the dispersion modeling approach has been applied to the Stockholm and Oslo, Norway, cohorts (Bellander et al. 2001; Nafstad et al. 2003, 2004; Nyberg et al. 2000; Pierse et al. 2006; Rosenlund et al. 2006), model evaluation has been limited to comparisons of the modeled NO2 against measurements at six monitoring sites (Nyberg et al. 2000).
The physiologically-based pharmacokinetic (PBPK) modeling approach has provided the basis for interspecies extrapolation, has focused on quantitative modeling of mass transport into and out of physiological compartments, and has made highly significant contributions to knowledge of systems and the fates of drugs [ 133].
A comprehensive modeling approach has been developed to simulate electrical and mechanical characterization.
Modeling approach has been frequently used to identify the CSAs of NPS pollution on a basin scale.
