Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/90738/1/AIAA-2011-657-601.pd
From the early stages of CFD, the computation of shocks using Finite Volume methods has been a very ...
Despite constant progress in the development of upwind schemes, some failings still remain. Quirk re...
We address a numerical instability that arises in the directionally split computation of hydrodynami...
In problems where shock waves move slowly relative to the grid, numerical errors in density and mome...
An accurate treatment of shockwaves is critical in computational fluid dynamics ap-plications, becau...
AbstractGodunov-type methods and other shock capturing schemes can display pathological behavior in ...
The numerical error produced when computing slowly moving shocks in a finite volume framework is stu...
We tackle, using the Isothermal Gas Equations, the problem of loss of monotonicity behind slowly mov...
This research aims to improve the modeling of stationary and moving shock waves by adding an unstead...
The behavior of the steady state spurious error modes of the MacCormack scheme and the upwind scheme...
We introduce a standardized procedure for benchmarking shock-capturing schemes which is intended to ...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
AbstractHighly accurate shock wave problems are presented using a combination of numerical technique...
High-order methods that can resolve interactions of flow-disturbances with shock waves are critical ...
Numerical simulations of flows with shock waves typically use finite-difference shock-capturing algo...
From the early stages of CFD, the computation of shocks using Finite Volume methods has been a very ...
Despite constant progress in the development of upwind schemes, some failings still remain. Quirk re...
We address a numerical instability that arises in the directionally split computation of hydrodynami...
In problems where shock waves move slowly relative to the grid, numerical errors in density and mome...
An accurate treatment of shockwaves is critical in computational fluid dynamics ap-plications, becau...
AbstractGodunov-type methods and other shock capturing schemes can display pathological behavior in ...
The numerical error produced when computing slowly moving shocks in a finite volume framework is stu...
We tackle, using the Isothermal Gas Equations, the problem of loss of monotonicity behind slowly mov...
This research aims to improve the modeling of stationary and moving shock waves by adding an unstead...
The behavior of the steady state spurious error modes of the MacCormack scheme and the upwind scheme...
We introduce a standardized procedure for benchmarking shock-capturing schemes which is intended to ...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
AbstractHighly accurate shock wave problems are presented using a combination of numerical technique...
High-order methods that can resolve interactions of flow-disturbances with shock waves are critical ...
Numerical simulations of flows with shock waves typically use finite-difference shock-capturing algo...
From the early stages of CFD, the computation of shocks using Finite Volume methods has been a very ...
Despite constant progress in the development of upwind schemes, some failings still remain. Quirk re...
We address a numerical instability that arises in the directionally split computation of hydrodynami...
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