A thin-layer Navier-Stokes code and a panel method code are used to predict the flow over a generic helicopter fuselage. The computational results are compared with pressure data at four experimental conditions. Both methods produce results that agree with the experimental pressure data. However, separation patterns and other viscous flow features from the Navier-Stokes code solution are shown that cannot be easily modeled with the panel method
The aim of this paper is to present aerodynamic analyses of realistic fuselage configurations using ...
The implementation of approximate boundary layer analysis methods is a key step in the process of mo...
Because of the complexity of helicopter flow field, a zonal method of analysis of computational aero...
A potential-flow panel method was modified to calculate the effects of a rotor wake on the time-aver...
This paper describes the research activities conducted by the European Research consortium HELIFUSE ...
Computational fluid dynamics has an increasingly important role in the design and analysis of aircra...
The prediction capabilities of unstructured primitive-variable and vorticity-transport-based Navier-...
This paper compares and evaluates numerical and experimental flowfields of the RAH-66 Comanche helic...
Recent advances in computing subsonic flow have been applied to helicopter configurations with vario...
Low fuselage drag has always been a key target of helicopter manufacturers. Therefore, this paper fo...
The viscous, three-dimensional flowfield of a lifting helicopter rotor in hover is calculated by usi...
A method was developed which allows the fully coupled calculation of fuselage and rotor airloads for...
The problem of rotor-fuselage aerodynamic interaction has to be considered in industry applications ...
An unstructured-grid Navier-Stokes solver was used to predict the surface pressure distribution, the...
In this paper, wind tunnel experiments are combined with Computational Fluid Dynamics (CFD) aiming ...
The aim of this paper is to present aerodynamic analyses of realistic fuselage configurations using ...
The implementation of approximate boundary layer analysis methods is a key step in the process of mo...
Because of the complexity of helicopter flow field, a zonal method of analysis of computational aero...
A potential-flow panel method was modified to calculate the effects of a rotor wake on the time-aver...
This paper describes the research activities conducted by the European Research consortium HELIFUSE ...
Computational fluid dynamics has an increasingly important role in the design and analysis of aircra...
The prediction capabilities of unstructured primitive-variable and vorticity-transport-based Navier-...
This paper compares and evaluates numerical and experimental flowfields of the RAH-66 Comanche helic...
Recent advances in computing subsonic flow have been applied to helicopter configurations with vario...
Low fuselage drag has always been a key target of helicopter manufacturers. Therefore, this paper fo...
The viscous, three-dimensional flowfield of a lifting helicopter rotor in hover is calculated by usi...
A method was developed which allows the fully coupled calculation of fuselage and rotor airloads for...
The problem of rotor-fuselage aerodynamic interaction has to be considered in industry applications ...
An unstructured-grid Navier-Stokes solver was used to predict the surface pressure distribution, the...
In this paper, wind tunnel experiments are combined with Computational Fluid Dynamics (CFD) aiming ...
The aim of this paper is to present aerodynamic analyses of realistic fuselage configurations using ...
The implementation of approximate boundary layer analysis methods is a key step in the process of mo...
Because of the complexity of helicopter flow field, a zonal method of analysis of computational aero...