Sentence examples for mathematical models suitable from inspiring English sources

These suggest the importance of incorporating understanding of surface films and molecular scale events into mathematical models suitable for use in engineering design and control.

The analysis refers to the identification of mathematical models suitable to describe the large variety of complex phenomena which occur during the machining process.

A mathematical model suitable for handling both processes is presented.

The theory of fuzzy logic is the mathematical model, suitable to solve uncertain and vague information.

A mathematical model suitable for the multiple solutes system in continuous cross-flow ultrafiltration is developed.

In this contribution a mathematical model suitable to simulate cold start effects over metal-promoted zeolite SCR catalysts is developed and included into an existing SCR converter model.

In order to develop a re-wetting method for brown rice by using film packaging technique, a mathematical model suitable for designing the packaging was established.

A simple mathematical model, suitable for all candidate arrangements, has been developed to simulate the systems under a wide range of operating conditions.

The Freundlich isotherm presented himself as a mathematical model suitable for the verification of the sorption by means of the application of chromatographic method, proving the sorption and a homogeneous molecular process of interaction, as well as the effect of organic matter content on the sorption capacity (K d values up to 9290 kg L−1).

This work is part of a general research project which aims at establishing a unified mathematical model suitable to describe the vast majority of flows likely to appear in civil and environmental engineering (pure water flows, sediment transport, pollutant transport, aerated flows…).

It constitutes the first step towards the development of a mathematical model suitable for in silico experimentation and highlights the difficulties in creating such models in a biologically accurate manner.