In numerical simulations, the primary field of both sources measured in an anechoic room was used to determine the active control configurations.
In the following simulations, the primary noise is set as where is a random phase and is the environmental noise with power.
The cascade modeling, the simulation and the primary experimental results are described in this paper.
Simulation is the primary approach to the performance analysis of multi-agent manufacturing systems.
We carried out a preliminary analysis of a leakage simulation for the primary cover gas as a design basis accident of CLEAR-I.
The results of this work can be used in the simulation of the primary breakup of fuel spray, and this approach is useful for design and optimization of the injectors for industrial sectors.
Both the locations and force time histories of the single-source and two-source cases are accurately reconstructed from a single accelerometer, where the high noise level is considered in simulation and the primary noise in experiment is supposed to be colored noise.
The model combines a direct simulation of the primary phase formation based on a previously published pseudo-front tracking method [Jacot A, Rappaz M. Acta Mater 2002 50 1909; Acta Mater 2002 50 3971] and a mixture approach for the description of the formation of secondary phases.
In order to evaluate the performance of the proposed FA algorithms, we have implemented the stochastic simulation of the primary and the CR network.
