![]() properties = get_surface_properties(system) We can also generate files to visualize the results in Paraview using the function write_vtk. The aerodynamic coefficients predicted by VortexLattice are nearly identical to those predicted by AVL. System = steady_analysis(surfaces, ref, fs symmetric=symmetric)ĬF, CM = body_forces(system frame=Wind()) # we can use symmetry since the geometry and flow conditions are symmetric about the X-Z axis Grid, surface = wing_to_surface_panels(xle, yle, zle, chord, theta, phi, ns, nc įc = fc, spacing_s=spacing_s, spacing_c=spacing_c) Ref = Reference(Sref, cref, bref, rref, Vinf)įs = Freestream(Vinf, alpha, beta, Omega) ![]() using VortexLatticeįc = fill((xc) -> 0, 2) # camberline function for each section This example shows how to calculate aerodynamic coefficients and stability derivatives for a symmetric planar wing. ![]() Heaving Oscillations of a Rectangular Wing.Sudden Acceleration of a Rectangular Wing into a Constant-Speed Forward Flight.Steady State Analysis of a Wing and Tail.Steady State Analysis of a Wing with Dihedral.Many of these examples also provide a verification for the implementation of the vortex lattice method in this package. ICMMES, 2021.These examples show how to use VortexLattice for various geometries, flow conditions, and analyses. Hennig et al, Automatic Code Generation for the Cumulant Lattice Boltzmann Method. The International Journal of High Performance Computing Applications, 2021. Holzer et al, Highly efficient lattice Boltzmann multiphase simulations of immiscible fluids at high-density ratios on CPUs and GPUs through code generation. Bauer et al, lbmpy: Automatic code generation for efficient parallel lattice Boltzmann methods. If you use lbmpy in a publication, please cite the following articles: Many thanks go to the contributors of lbmpy. To see how to open issues, submit bug reports, create feature requests or submit your additions to lbmpy please refer toĬontribution documentation of pystencils since lbmpy is heavily build on pystencils. pip install lbmpy DocumentationĬheck out the Jupyter notebooks in doc/notebooks. interactive: installs dependencies to work in Jupyter including image I/O, plotting etc.alltrafos: pulls in additional dependencies for loop simplification e.g. ![]()
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