An immersed boundary method on Cartesian adaptive grids for the simulation of compressible flows around arbitrary geometries
In this article, we present an immersed boundary method for the simulation of compressible
flows of complex geometries encountered in aerodynamics. The immersed boundary
methods allow the mesh not to conform to obstacles, whose influence is taken into account
by modifying the governing equations locally (either by a source term within the equation or
by imposing the flow variables or fluxes locally, similarly to a boundary condition). A main
feature of the approach which we propose is that it relies on structured Cartesian grids in …
flows of complex geometries encountered in aerodynamics. The immersed boundary
methods allow the mesh not to conform to obstacles, whose influence is taken into account
by modifying the governing equations locally (either by a source term within the equation or
by imposing the flow variables or fluxes locally, similarly to a boundary condition). A main
feature of the approach which we propose is that it relies on structured Cartesian grids in …
An Immersed Boundary Method on Cartesian Adaptive Grids for the Simulation of Compressible Flows
In this article, we present an immersed boundary method (IBM) for the simulation of
compressible flows encountered in aerodynamics. The immersed boundary methods allow
the mesh not to conform to obstacles, whose influence is taken into account by modifying the
governing equations locally (either by a source term within the equation or by imposing the
flow variables or fluxes locally, similarly to a boundary condition). A main feature of the
approach we propose is that it relies on structured Cartesian grids in combination with a …
compressible flows encountered in aerodynamics. The immersed boundary methods allow
the mesh not to conform to obstacles, whose influence is taken into account by modifying the
governing equations locally (either by a source term within the equation or by imposing the
flow variables or fluxes locally, similarly to a boundary condition). A main feature of the
approach we propose is that it relies on structured Cartesian grids in combination with a …
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