Sentence examples for by models using mathematical from inspiring English sources
Many phenomena in engineering physics, chemistry, and other sciences can be described very successfully by models using mathematical tools.
In recent years, the fractional calculus used in many phenomena in engineering, physics, biology, fluid mechanics, and other sciences [1, 2, 3, 4, 5, 6, 7, 8] can be described very successfully by models using mathematical tools from fractional calculus.
In recent years, it has turned out that many phenomena in engineering, physics, chemistry, and other sciences can be described very successfully by models using mathematical tools from fractional calculus, i.e. the theory of derivatives and integrals of fractional (non-integer) order.
Recently, it has turned out that many phenomena in engineering, physics, chemistry, other sciences [1 3] can be described very successfully by models using mathematical tools form fractional calculus, such as anomalous transport in disordered systems, some percolations in porous media, and the diffusion of biological populations.
Due to complexity of this system, the modeling process will become more complicated especially if modeled by using mathematical representation or white box approach.
There are two ways to design fuzzy controllers, by using mathematical models or linguistic models.
The substrate and product kinetic models for Rhamnolipid production are solved by using mathematical models and the Tabu search algorithm is used to develop the optimal control profiles.
This paper presents a general probabilistic framework for handling both modeling and excitation uncertainty when predicting structural response by using mathematical models.
Usually, the methods in past time to control vibration were mainly designed by using mathematical models, which must be nearly close to the actual plant models.
The effects of combined modality treatments are investigated by using mathematical models to predict cell death as an attempt to fit LQ, MT, and gLQ models to experimental data based on in vitro assays, demonstrating that gLQ equation is superior to LQ and MT models in predicting cellular death at high doses of radiotherapy [ 32].
