Sentence examples for using a phenomenological modelling from inspiring English sources
A more detailed level deals with, the refinement of each task using a phenomenological modelling approach which aids in the construction and analysis of models whose ultimate purpose is providing the insights in the process performance and understanding on how cooperative phenomena can be manipulated for the accomplishment of the design strategies that promote the intensification of processes.
A mathematical model for the rapid assessment of sloshing in faster than real time is developed using a phenomenological modelling approach with a pendulum equation.
By using a phenomenological model, the wellbore plugging was modeled with an excellent match (with experimental results).
A calculation of the spallation neutron attenuation is presented for various shielding materials, using a phenomenological model, based on the Moyer model.
Using a phenomenological model of equivalent-crack growth, a method is presented to calculate the decay of strength with loading time.
The induced thrust of the AC-DBD plasma actuators was estimated using a phenomenological model which considers the maximum achieved voltage and frequency from the experiments.
This evaluation was carried out using a phenomenological model of GFMA process developed for an application of cyanide recovery in the gold mining industry.
The peak was fitted using a phenomenological model developed by Richter [16] and Campbell and Fauchet [17] for strongly confined phonons in nanocrystals and more recently adapted to Si NWs [2, 18].
The driving forces directing the GO attachment are discussed using a phenomenological model based on polymer/substrate interactions governing the sticking probabilities of GO nano-sheets with different sizes.
Important characteristics of the reactor, including microwave electric field, electron density, gas temperature as well as absorbed microwave power density were obtained by using a phenomenological model of hydrogen plasma.
The single protein data were interpreted using a phenomenological model, which incorporated the effects of electroosmotic flow resulting from membrane surface charge, hydrodynamic drag, pressure-driven back-flow and back-diffusion.
