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To determine the likely time of the end of the bottleneck (T2) and the relative size of the Closed panel, we performed one million simulations and compared the simulated and observed values of pairwise diversity (PS and PO) in the Closed panel.
Waveguide circuits in three-dimensional photonic crystals with complete photonic band gaps are simulated with finite difference time domain (FDTD) simulations, and compared with measurements on microwave scale photonic crystals.
Key hemodynamic and geometric parameters, including wall shear stress, particle residence time, and shape indices, were extracted from the models and simulations and compared with clinical outcomes.
PSO based design results are verified with SPICE simulations and compared to previous studies.
The overall performance is verified by simulations and compared with standard tool for robust control design.
The proposed circuit has been confirmed by HSPICE simulations and compared with theoretical functions by MATLAB.
At specimen level, creep-fatigue damage has been obtained from simulations and compared with experimental values.
Main results are demonstrated by means of the numerical simulations and compared with the existing studies.
Performances of the proposed control algorithms are validated by simulations and compared with a classic lead-lag controller.
The estimation performance obtained with the observer structure is evaluated using Monte Carlo simulations and compared to preceding results.
The toughness of realistic random microstructures is then obtained using DEM simulations and compared to experimental data.
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CEO of Professional Science Editing for Scientists @ prosciediting.com