Sentence examples for behavior of the heterogeneous from inspiring English sources

The statistical-continuum homogenization model makes the micro- to macro-scale transition to approximate the effective behavior of the heterogeneous core by using n-point probability functions.

The limiting behavior of the heterogeneous axial dispersion model as Pe → 0 or ∞ is not represented fully by the CSTR or PFR models because of ignition phenomenon.

Calculated results show that the behavior of the heterogeneous burning velocity as a function of the Sauter mean diameter is in qualitative accord with experimental data from the literature.

Due to the presence of boundary limit sets (corresponding to ignition or extinction of the particles at zero residence time) and boundary Hopf sets (corresponding to oscillatory behavior of the catalyst particles), the steady-state and dynamic behavior of the heterogeneous model is found to be profoundly different from that of the pseudohomogeneous model.

The numerical simulation results are found to be consistent with the experimental observations in the literature, which indicates that the proposed numerical model is a potentially powerful tool to study the cracking behavior of the heterogeneous brittle solids subjected to thermal shock.

The p-order power mean for the Green Ampt parameters can capture the infiltration rates in the layered formations well, illustrating that the proposed upscaling schemes are reasonable to represent the overall behaviors of the heterogeneous layered formations.

Comprehensive morphology characterization rationalizes the transport behavior of these heterogeneous hydrogels: the non-linear permeability increase with increasing silicone monomer content is not only related to changes in the spatial arrangement of silicone-rich domains but also to their mobility.

We explore the behavior of this heterogeneous microbial consortium, composed of Saccharomyces cerevisiae and Escherichia coli cells, using stochastic modeling.

The determination of the effective behavior of heterogeneous materials from the properties of the components and the microstructure constitutes a major task in the design of new materials and the modeling of their mechanical behavior.

The thermodynamic behavior of the homogeneous or heterogeneous mixtures is first discussed.

Under the simplifying assumption of perfect adhesion, motivated by the wide adoption of highly resistant glues, delamination of FRP-reinforced masonry pillars turns out to be governed exclusively by the non-linear behavior of the quasi-brittle, heterogeneous support.