Unlike the classical model, the obtained flow direction changes with the changing fractional order, which makes the model capable for modelling various kinds of plastic flow patterns of different granular soils without changing the details of the potential function.
Transmittance NIR spectra of intact wheat kernels followed by PCA indicated that it may be possible to generate calibration models capable of screening for DON at concentrations just above the EU regulatory limit for wheat flour [ 24].
Researchers, regulatory affairs organizations and authorities are looking for models capable of eliminating poorly performing products in order to select the right candidates for further development.
The devices, which households can use to control their electricity use and heating, come in varying degrees of complexity, with simple meters showing consumption in real-time and more expensive models capable of altering the demand for electricity from appliances, for instance by turning down fridges for short periods.
In this work, we apply the Ensemble Modeling (EM) framework, which uses phenotypic data (effects of enzyme overexpression or genetic knockouts on the steady-state production rate) to screen for potential models capable of describe existing data and thus gaining insight to improve strains for l-lysine production.
To build models capable of probing the consequences for these solids of the turbulent gas flow in a disk, a numerical method which can overcome the time step and adaptivity limitations of Eulerian methods is desirable.
Thus, the demand for computational models capable of describing and predicting relevant aging phenomena to assist design and planning is increasing.
The aim of the present study was to critically review a number of approaches for developing models capable of estimating the probability of morbidity in ICU after heart surgery.
Sharing such integrated GET datasets and their interpretations with a diversity of researchers and research subjects highlights the need for informed-consent models capable of addressing novel privacy and other issues, as well as for flexible data-sharing resources that make materials and data available with minimum restrictions on use.
It was also shown that restraint system design variables, such as lap belt angle, D-ring height, and seat coefficient of friction (COF), may have opposite effects on head and abdomen injury risks; therefore child dummies and dummy models capable of simulating submarining are crucial for future restraint system design optimization for young school-aged children.
