In doing so, these computational responses are critically compared with their corresponding orientation-dependent microscopic (slip and twin activities) and macroscopic (stress strain responses) experimental observations.
Furthermore, validating the experimental value of EPS production depicted a high correlation (100.4%) with the computational prediction response model.
In this paper, an alternative DS model which addresses the important phenomenon of soil resonance without the need of computational site response analysis of the subsurface model of the site is introduced.
Along with development of interfacing techniques [ 1, 2] and computational approaches, response behaviors of indicator species have been used for monitoring stressful conditions since the early 1990s [ 3– 8].
Integration of TCDD-induced genome-wide AhR enrichment, differential gene expression and computational dioxin response element (DRE) analyses further elucidate the hepatic AhR regulatory network.
The computational motion responses by the irregular wave procedure are compared with the results by regular wave, experiments and strip theory.
Accumulated large number of observed data of a molecular behaviour makes possible to construct computational drug-response prediction model.
This approach improves the filter performance by significantly reducing the computational complexity and response time.
To improve computational efficiency, the response surface methodology (RS M is introduced to replace the time-consuming finite element (FE) simulations.
Computational models and response time measures support this understanding but to date no online measure of inhibitory competition during figure ground assignment has been reported.
