The cascade-gust interaction problem is solved employing a time-domain approach. The purpose of this problem is to test the ability of a CFD/CAA code to accurately predict the unsteady aerodynamic and aeroacoustic response of a single airfoil to a two-dimensional, periodic vortical gust.Nonlinear time dependent Euler equations are solved using higher order spatial differencing and time marching techniques. The solutions indicate the generation and propagation of expected mode orders for the given configuration and flow conditions. The blade passing frequency (BPF) is cut off for this cascade while higher harmonic, 2BPF and 3BPF, modes are cut on
[[abstract]]To predict the unsteady convected gust aerodynamic response of a cascade comprised of ar...
Turbulent flow interactions with the outlet guide vanes are known to be mainly contributing to broad...
The benchmark problem 3 in Category 3 of the third Computational Aero-Acoustics (CAA) Workshop spons...
The problem of interaction of a vortical gust with a two-dimensional cascade is considered. Full non...
Solve the time-dependent inviscid flow equations for this geometry subject to the specified inflow/o...
The problems 1 and 2 in Category 3 are solved using the space-time conservation element and solution...
The benchmark solution for the cascade-gust interaction problem is computed using a linearized Euler...
The sound produced by airfoil-gust interaction is a significant source of broadband noise in turbofa...
An unsteady aerodynamic code, called GUST3D (ref. 3), has been developed to solve equation (8) for f...
International audienceTurbulent-flow interactions with the outlet guide vanes are known to mainly co...
A quasi-analytical approach is used to determine the behavior of the transonic flow through a cascad...
Turbulent-flow interactions with the outlet guide vanes are known to mainly contribute to broadband-...
AbstractThis paper proposes inflow and outflow boundary conditions for direct computation of airfoil...
The sound field around a finite-span airfoil subjected to a two-dimensional periodic gust is simulat...
The method of matched asymptotic expansions is used to describe the sound generated by the interacti...
[[abstract]]To predict the unsteady convected gust aerodynamic response of a cascade comprised of ar...
Turbulent flow interactions with the outlet guide vanes are known to be mainly contributing to broad...
The benchmark problem 3 in Category 3 of the third Computational Aero-Acoustics (CAA) Workshop spons...
The problem of interaction of a vortical gust with a two-dimensional cascade is considered. Full non...
Solve the time-dependent inviscid flow equations for this geometry subject to the specified inflow/o...
The problems 1 and 2 in Category 3 are solved using the space-time conservation element and solution...
The benchmark solution for the cascade-gust interaction problem is computed using a linearized Euler...
The sound produced by airfoil-gust interaction is a significant source of broadband noise in turbofa...
An unsteady aerodynamic code, called GUST3D (ref. 3), has been developed to solve equation (8) for f...
International audienceTurbulent-flow interactions with the outlet guide vanes are known to mainly co...
A quasi-analytical approach is used to determine the behavior of the transonic flow through a cascad...
Turbulent-flow interactions with the outlet guide vanes are known to mainly contribute to broadband-...
AbstractThis paper proposes inflow and outflow boundary conditions for direct computation of airfoil...
The sound field around a finite-span airfoil subjected to a two-dimensional periodic gust is simulat...
The method of matched asymptotic expansions is used to describe the sound generated by the interacti...
[[abstract]]To predict the unsteady convected gust aerodynamic response of a cascade comprised of ar...
Turbulent flow interactions with the outlet guide vanes are known to be mainly contributing to broad...
The benchmark problem 3 in Category 3 of the third Computational Aero-Acoustics (CAA) Workshop spons...