The model equations and simulation results will be discussed.
Detailed model and simulation equations are presented for each technique.
Simulation equations for oxygen transfer and power consumption based on Froude (Fr) criterion were developed subject to 0.0014 ≤ Fr ≤ 0.0144.
In addition, the release mechanism and kinetics of polyphenols from carboxymethyl cellulose edible films were studied through modeling and simulation equations.
The number of variables in the simulation equations is highly reduced and the resulting dynamic models show a pronounced modularity.
To facilitate numerical simulations, Equations 1 and 2 can be expressed into dimensionless forms with h, x, and y normalized by a length scale l 0 and t normalized by a time scale, t 0.
As verified by MATLAB simulations, equations (11) and (12) accurately determine the sample size needed to detect selection-induced DHW.
As square current pulses are often used for logic and memory circuit design and simulation, Equation 1 can be then simplified to Equations 3 and 4 to describe respectively the heating and cooling operations driven by a current pulse.
In contrast to complex and time-consuming numerical simulations, analytical equations and heuristicapproximations are used to model the system performance.
The coefficients vary from simulation to simulation, but the equations and therefore the derivatives are deterministic.
