The proposed heuristic approach proves appropriate to solve this practical application, involving an unprecedented number of warehouses, products, and customers.
The methodology will then be applied to a real practical application involving the modern satellite SSTL 300 S1.
The theory is illustrated by means of a practical application involving an induction motor with uncertain leakage inductance.
We demonstrate the utility of such a framework on a practical application involving a linearly coupled multi-species reactive transport model.
Moreover, a practical application involving a 3-DOF networked control system is presented.
Electrophoretic motion of a charged liquid droplet or a bubble normal to an air-water interface is investigated theoretically, motivated by the rapid development of various practical applications involving micro/nano emulsions, as well as the fascinating potentials of using the air-water interface as a platform for the two-dimensional colloidal crystallization, for instance.
First, the model has the advantage of being relatively simple, thus the computational effort required for practical applications involving chemical reactions, and interfacial heat and mass transfer is feasible.
Many practical applications involve the basic problem of fitting a number of data points to a pair of concentric circles, including coordinate metrology, petroleum engineering and image processing.
A mesoscopic framework, derived from first principles via a rigorous coarse-graining of an underlying master equation, has proven to be a powerful tool in bridging the disparate scales between atomistic simulations and practical applications involving diffusion of interacting species through microporous films.
Therefore, in practical applications involving particulate inclusions of high density, the interfacial contact must be considered to reliably predict the relevant transport properties.
Two-fluid equations are widely used for practical applications involving multi-phase flows in chemical reactor, nuclear reactor, desalination systems, boilers, and internal combustion engines.
