These models explicitly accounted for the effects of geometric and material nonlinearity including concrete cracking and crushing, steel yielding and fracture, and the interaction between various structural components.
Our models explicitly account for the effects of matrix-filler interfacial equilibrium in addition to the differences in Fickian diffusivity between the two phases.
The models explicitly account for the reliability of the information system, as this interacts with the inherent dispersion of network travel times and determines the overall level of uncertainty affecting the travellers' adaptive learning behaviour.
Such models explicitly account for the effects of matrix-filler interfacial equilibrium in addition to the differences in Fickian diffusivity between the two phases.
Only 2 studies using mixed models explicitly accounted for the issue discussed in this paper: one by using a random intercept model with autoregressive error structure (Grindstaff et al. 2006) and one by using a random slope model (Sockman et al. 2008).
Hence, the model explicitly accounts for uncertainty in employment prospects, which leads to their greater weight in the destination countries than in the risk-neutral Harris-Todaro model.
The hierarchical mixture model explicitly accounts for outlier expressions, and inferences are based on samples from posterior distributions generated from the Markov chain Monte Carlo algorithm we have developed.
Our system model explicitly accounts for heterogeneity in wireless link capacities, traffic contention among neighboring links, as well as different video rate-distortion (RD) characteristics.
The land use model explicitly accounts for the variation in driving factors among countries and the path dependence in land use change trajectories.
The model explicitly accounts for the magnitude of earthquake acceleration, the structure's height, the backfill soil properties (e.g., internal friction angle, and cohesion), and the mobilized interface friction angle between the backfill and the earth-retaining structure.
