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: Students learn the importance of industrial standards and the "digital thread" in manufacturing.
from fluidsim import Project pj = Project.open('cylinder.fsproj') sim = pj.setup_solver('unsteady_navier_stokes', dt=1e-3) sim.run(t_end=5.0) cd = sim.post.drag_coefficient() print(cd)
If you have recently installed or upgraded to FluidSIM 4.5, you have likely encountered the prompt for a product ID. Understanding what this updated ID is, why it matters, and how to manage it legally and effectively is crucial for uninterrupted access to the software’s advanced features.
: Students learn the importance of industrial standards and the "digital thread" in manufacturing.
from fluidsim import Project pj = Project.open('cylinder.fsproj') sim = pj.setup_solver('unsteady_navier_stokes', dt=1e-3) sim.run(t_end=5.0) cd = sim.post.drag_coefficient() print(cd)
If you have recently installed or upgraded to FluidSIM 4.5, you have likely encountered the prompt for a product ID. Understanding what this updated ID is, why it matters, and how to manage it legally and effectively is crucial for uninterrupted access to the software’s advanced features.
