Sentence examples for macroscopic models for from inspiring English sources

Most macroscopic models for water uptake operate at soil profile scale under the assumption that the uptake rate depends on root density and soil moisture.

In the second step of the development, stochastic homogenization techniques are invoked to construct unified macroscopic models for nonhomogeneous, polycrystalline compounds exhibiting nonuniform effective fields.

Macroscopic conductivity is useful in forming macroscopic models for porous media flow applications and in the setting of multiscale fast solvers.

The objective of this work is the construction of macroscopic models for electrochemically promoted catalytic systems, i.e. systems where the catalytic performance is improved by application of potential between the anode and cathode electrodes in the cell.

This work is concerned with the formulation of macroscopic models for electrochemically promoted catalytic systems, i.e. systems where the catalytic activity is enhanced by applying a potential between the catalyst and a counter electrode, resulting in the formation of a double layer on the surface of the catalytic film.

Figure 1 shows various macroscopic models for the nonlinear analysis of walls subjected to cyclic loading.

In this paper, a higher-order macroscopic model for bi-direction pedestrian flow is presented to investigate macroscopic crowd patterns of bi-direction pedestrian movement.

A macroscopic model for the spinning process is constructed by using the standard and simplified 1D approach, thus ignoring the complex flow conditions near the die exit.

Here, the theoretical derivation of a macroscopic model for multicomponent compressible gas flow through a porous solid is presented along with its finite element implementation where solid gas reactions occur and both phases have individual temperature fields.

Finally, the extended dual-site Langmuir equation is justified as a suitable macroscopic model for multi-component adsorption on heterogeneous porous media with parameters estimated from small-scale models.

These observations have been used to develop a 3D macroscopic model for the superelasticity and stress assisted memory effect of SMAs able to describe the evolution of permanent inelastic strain during cycles.