The present study aims at assessing the influence of the interference effects caused by the horizontal tail plane (HTP) and vertical tail plane (VTP) on the aerodynamic behaviour of a transport aircraft in high-lift configuration. This aspect is of particular interest close to aircraft stalling conditions. The present study therefore assesses the effects caused by the tail plane during onflow conditions that represent stall manoeuvres. In this regard numerical simulations at extreme points of flight envelopes are analysed, by considering effects of discretization, physical turbulence models and incidence stall settings
Near stall flight of a transport aircraft is manya-times associated with loss of control problems....
The influence of upper wing mounted engines on the aerodynamic interference of the transport aircraf...
This contribution presents results of numerical simulations on a generic high-lift configuration. Pr...
Performance, efficiency, operational costs, and environmental friendliness are important parameters ...
Within the German national research project HINVA (High-lift INflight VAlidation) the prediction of ...
The influence of longitudinal vortices on the high-lift behavior of a generic three-dimensional con...
The paper presents a new procedure to evaluate the sideforce (and hence the directional stability an...
Enhancing the ability to predict airflow around the Vertical Tail Plane (VTP) of an aircraft is vit...
The contribution gives an overview over a wide range of CFD simulations, which were performed in the...
Configurational aspects concerning the aerodynamics of a high-lift system with circulation control a...
The paper presents a new procedure to evaluate the sideforce (and hence the directional stability an...
The contribution gives an overview over the wide range of CFD simulations, which were performed in t...
The paper presents a deep investigation on the aerodynamics of the vertical tailplane and the correc...
Simulation capabilities for low-speed aircraft stall prediction are important for determining the li...
The scope of this paper is to investigate and improve the aerodynamic properties of a propeller driv...
Near stall flight of a transport aircraft is manya-times associated with loss of control problems....
The influence of upper wing mounted engines on the aerodynamic interference of the transport aircraf...
This contribution presents results of numerical simulations on a generic high-lift configuration. Pr...
Performance, efficiency, operational costs, and environmental friendliness are important parameters ...
Within the German national research project HINVA (High-lift INflight VAlidation) the prediction of ...
The influence of longitudinal vortices on the high-lift behavior of a generic three-dimensional con...
The paper presents a new procedure to evaluate the sideforce (and hence the directional stability an...
Enhancing the ability to predict airflow around the Vertical Tail Plane (VTP) of an aircraft is vit...
The contribution gives an overview over a wide range of CFD simulations, which were performed in the...
Configurational aspects concerning the aerodynamics of a high-lift system with circulation control a...
The paper presents a new procedure to evaluate the sideforce (and hence the directional stability an...
The contribution gives an overview over the wide range of CFD simulations, which were performed in t...
The paper presents a deep investigation on the aerodynamics of the vertical tailplane and the correc...
Simulation capabilities for low-speed aircraft stall prediction are important for determining the li...
The scope of this paper is to investigate and improve the aerodynamic properties of a propeller driv...
Near stall flight of a transport aircraft is manya-times associated with loss of control problems....
The influence of upper wing mounted engines on the aerodynamic interference of the transport aircraf...
This contribution presents results of numerical simulations on a generic high-lift configuration. Pr...