An acoustic analysis based on the Ffowcs Williams and Hawkings equation was performed for a high-lift system. As input, the acoustic analysis used un- steady flow data obtained from a highly resolved, time-dependent, Reynolds-averaged Navier-Stokes calculation. The analysis strongly suggests that vor- tex shedding from the trailing edge of the slat results in a high-amplitude, high-frequency acoustic signal, similar to that which was observed in a correspond- ing experimental study of the high-lift system
Experimental measurements were carried out to assess the aeroacoustic characteristics of 30P30N airf...
Slat Noise simulations are carried out for a high-lift airfoil. A low-cost Computational Aeroacou...
A new analytic result in acoustics called 'Formulation 1B,' proposed by Farassat, is used to compute...
this paper will conform to the schematic of the experimental setup shown in Fig. 1. The view in Fig....
High-lift devices on modern airliners are a major contributor to overall airframe noise. In this pap...
A detailed computational aeroacoustic analysis of a high-lift flow field is performed. Time-accurate...
High-lift devices on modern airliners are a major contributor to overall airframe noise. In this pap...
This paper extends our previous computations of unsteady flow within the slat cove region of a multi...
Noise generated by high-lift devices such as the slats on the leading edge of a wing is a major cont...
In this paper the aeroacoustics of leading-edge slat devices in a high-lift configuration are invest...
The flow field and the acoustic field of a high-lift configuration consisting of a slat and a main w...
Unsteady computational simulations of a multi-element, high-lift configuration are performed. Emphas...
The slat noise from the 30P30N high-lift system has been computed using a computational fluid dynami...
In previous work a RANS based simulation technique for the simulation of broadband slat noise was es...
Three model problems were examined to assess the difficulties involved in using a hybrid scheme coup...
Experimental measurements were carried out to assess the aeroacoustic characteristics of 30P30N airf...
Slat Noise simulations are carried out for a high-lift airfoil. A low-cost Computational Aeroacou...
A new analytic result in acoustics called 'Formulation 1B,' proposed by Farassat, is used to compute...
this paper will conform to the schematic of the experimental setup shown in Fig. 1. The view in Fig....
High-lift devices on modern airliners are a major contributor to overall airframe noise. In this pap...
A detailed computational aeroacoustic analysis of a high-lift flow field is performed. Time-accurate...
High-lift devices on modern airliners are a major contributor to overall airframe noise. In this pap...
This paper extends our previous computations of unsteady flow within the slat cove region of a multi...
Noise generated by high-lift devices such as the slats on the leading edge of a wing is a major cont...
In this paper the aeroacoustics of leading-edge slat devices in a high-lift configuration are invest...
The flow field and the acoustic field of a high-lift configuration consisting of a slat and a main w...
Unsteady computational simulations of a multi-element, high-lift configuration are performed. Emphas...
The slat noise from the 30P30N high-lift system has been computed using a computational fluid dynami...
In previous work a RANS based simulation technique for the simulation of broadband slat noise was es...
Three model problems were examined to assess the difficulties involved in using a hybrid scheme coup...
Experimental measurements were carried out to assess the aeroacoustic characteristics of 30P30N airf...
Slat Noise simulations are carried out for a high-lift airfoil. A low-cost Computational Aeroacou...
A new analytic result in acoustics called 'Formulation 1B,' proposed by Farassat, is used to compute...