In this study, we developed a constraint-based modeling framework permitting to investigate systematically the metabolic interactions between gut microbes and their host, and demonstrated using mouse and B. thetaiotaomicron.
The capillary model permits to separate between structural and physicochemical influences, based on experimentally determined parameters.
The model permits to simulate brine flow through the fault zone.
The Klobuchar model permits to correct about 50% of the ionospheric error for mid-latitudes location and average ionospheric environment.
In contrast to the commonly used Boussinesq approximation, this model permits to take volumetric deformation into account.
Developed model permits to take into account the differences between deposition efficiencies and granulometry of each spraying component.
The model permits to reproduce qualitatively certain prominent effects typical for human emotional reactions (like stress and shock).
The flat model permits to reduce the computational time by a factor 2. Experiments are performed on a non holonomic mobile robot with a deported perspective camera.
Operationally for single-frequency receiver, the Klobuchar model is employed to correct for ionospheric error, however, the Klobuchar model permits to correct about 50% of the ionospheric error for mid-latitudes location and average ionospheric environment (Klobuchar, 1975).
Therefore, this model permits to consider manufacturing constraints and attributes as soon as possible in design stage to provide a better solution as a final product model for design and manufacturing concurrently as an integrated approach.
