Sentence examples for progress to simulate from inspiring English sources

Work is in progress to simulate the presence of phosphate at various sites in the unordered regions in order to assess their structural or functional effects during the formation of the complex.

The details of this role will be elucidated in the context of incorporation of an anatomically realistic representation of the Purkinje system into the rabbit ventricular model (work in progress) to simulate sinus rhythm.

Work is in progress to simulate data sets that represent different types of epidemics (e.g. fast local epidemic).

First start with tiptoe-ing, then move to simulated walking, and progress to simulated running as the person gets stronger.

Since then, progress has been made to simulate increasingly realistic aerosols.

All physiological wheat anthesis models use phases between observable stage events to simulate progress to anthesis; they differ in which stages they use as phenological markers.

With the advent of modern computational tools regarding alloy thermodynamics and kinetics, it is possible to simulate the progress of diffusional phase transformations and thus to predict microstructural development.

This paper presents an effective way to simulate the reaction progress and the grain growth during the desorption recombination processing of nano-structured as-disproportionated NdFeB alloy, which is useful for process control and optimization.

For the modelling part, a transient mathematical model that integrates the feedstock characteristic from the experimental study was used to simulate the pyrolysis progress of selected biomass feedstock particles for reactor scenarios.

Plume P3 transported the radioactive material toward the Nakadori region, crossing the Abukuma Mountains, as indicated by the successive peaks over time from the south to the north at sites E and C in the afternoon of 15 March (Fig. 16a); the models were too coarse to simulate the detailed progress of the plume along the Nakadori channel.

The present article reviews recent progress made toward developing modeling and computational strategies to simulate cryogenic cavitation relevant to liquid rocket propulsion applications.