For the purpose to examine how the seismic behaviors of the RAC frame structure vary under different strain rates in a real seismic situation, a numerical simulation is performed by varying the parameters of strain rates.
Non-uniformity was introduced by varying the parameters of subsurface scattering.
By varying the parameters, different subsets of Pareto optimal laminate lay-up configurations can be generated.
The operating region of the grating mirror can be adjusted by varying the parameters of grating.
The resonance wavelength, transmission coefficient and 3 dB bandwidth are analyzed by varying the parameters of the structure.
By varying the parameters contained in the Lindblad equation, it is shown that decoherence and correlation can be controlled.
The mining expert iteratively approaches the result by varying the parameters of the mining tool and verifying the mined models.
The resonance frequency, transmission coefficient and quality factor are investigated by varying the parameters of the structure.
Experiments were conducted by varying the parameters such as ball diameter, treatment time, and ball filling fraction.
Thus, the absorption can be significantly improved to 100%, which can also be controlled by varying the parameters of the structure.
The effect of thickness on the defect mode is studied by varying the parameters α, β, and γ, respectively, for the above model structures.
