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Acoustofluidics 2022: Minimal Example Plotting Scattering Fields
This is the minimal example on how to plot the scattered pressure field around a polystyrene particle suspended in water and subjected to an acoustic standing wave from the abstract book from the Acoustofluidics 2022 conference.
We import osaft and initialise the model from Yosioka & Kawasima.
12 from matplotlib import pyplot as plt
13
14 import osaft
15
16 yosioka = osaft.yosioka1955.ScatteringField(
17 f=1e6, R_0=1e-6,
18 rho_s=1020, c_s=2350,
19 rho_f=997, c_f=1498,
20 p_0=1e5, wave_type=osaft.WaveType.STANDING,
21 position=osaft.pi / 4,
22 )
The model is passed to the plotting class and the pressure field is
plotted. The option incident=False makes sure that only the
scattered field is plotted but not the incident field.
29 plot = osaft.FluidScatteringPlot(yosioka, r_max=4e-6)
30
31 plot.plot_pressure(incident=False)
32
33 plt.show()
Total running time of the script: ( 0 minutes 0.778 seconds)
Estimated memory usage: 47 MB