Fig. 4: Computational fluidic dynamics in 96-well fluidic plate. | Microsystems & Nanoengineering

Fig. 4: Computational fluidic dynamics in 96-well fluidic plate.

From: A 96-wells fluidic system for high-throughput screenings under laminar high wall shear stress conditions

Fig. 4: Computational fluidic dynamics in 96-well fluidic plate.The alternative text for this image may have been generated using AI.

a Simulation of the velocity magnitude (m/s) across the channel, in the xy plane at 10 µm distance above the bottom of the channel/well (z = 10 µm). b Simulation of the shear stress profile (N/m2) across the channel in the xy plane at 10 µm distance above the bottom of the channel/well (z = 10 µm). c Linear graph showing the variation of shear stress across the channel at 10 µm distance above the bottom of the channel/well (z = 10 µm). Gray squares represent the approximated location of the PDMS islands along the channel. d Simulation of the pressure profile (Pa) across the channel in the xy plane at 10 µm distance above the bottom of the channel/well (z = 10 µm)

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