Fig. 4 a Afterslip estimated by Fukuda et al. (2013), displacement of the virtual loading point in the simulation, and simulated afterslip for the homogeneous model fault with A = 3.3 MPa, A − B = 0.222 MPa, L = 0.0049 m, and c = 2.0 for the Nagata law.
The major benefit from implementing a cell-based simulation model is that it uses a continuous simulation model and simulates the position of all the resources at each instance.
Power system studies are using computing simulation software to model and simulate the power system so as to study the steady state power flow and influences of the dynamics upon the power system.
In healthcare, simulation-based teaching can take the form of screen-based (computer) simulation, virtual and simulated patients, static and simulated manikins and task trainers [ 10].
The purpose of this comparison is to determine whether the objective function values (i.e., simulation errors) and simulated results obtained by the AHGA and the NSHGA are significantly different from each other.
Here we present Meredys (MEsoscopic REaction DYnamics Simulator), a stochastic, particle-based simulation software designed to model and simulate reaction-diffusion systems at the mesoscopic level.
In in-situ bioremediation management, a physically-based model is used for the simulation and the simulated data is utilized by the optimization model to optimize the remediation cost.
With the aim of understanding three-dimensional graphene-based frameworks in detail, a realistic structure model of zeolite-templated carbon (ZTC) is constructed by using computer simulation, and its simulated physical properties are compared with experimental data.
Microstrip lines are designed by computational simulation, and the simulated results are compared with the measured RF results of the fabricated microstrip lines.
We perturb the cyclic attractors found during this simulation and then simulate synchronously the states resulting from the perturbation.
