This paper describes the design of a laminar flow nacelle using numerical flow methods. With an appropriate contouring of the nacelle, natural laminar flow is maintained up to 60 % of the nacelle length at cruise flight conditions. The drag reduction that is obtained if a transport aircraft is equipped with two laminar flow nacelles instead of conventional turbulent nacelles is estimated at delta C index D = 0.0011. The behaviour of the laminar flow nacelle is also investigated for takeoff and landing conditions.It is found that the inlet of the new nacelle is not more sensitive to flow separation than conventional nacelles
A stability analysis of the laminar boundary layer on a natural laminar flow engine nacelle flight t...
In the pursuit of ever more fuel-efficient engines, the fan diameter and bypass ratio are increasing...
Abstract: Thrust and drag components must be defined and properly accounted in order to estimate air...
The external cowlings of engine nacelles on large turbofan powered aircraft are good candidates for ...
The achievement of large areas of laminar flow over aircraft engine nacelles offers significant savi...
Two major technologies in aeronautics promise substantial improvements in the fields of economy and ...
A methodology has been developed to model the direct consequences of laminar flow technology on wing...
A series of investigations of several 1/14-scale models of an inboard nacelle for the XB-36 airplane...
The Institute of Aeroelasticity plans a series of experiments on a wing-nacelle configuration in ord...
Paper delivered at the 1st European Forum on Laminar Flow Technology, held Hamburg (DE) Mar 16-18 19...
To address the need for accurate nacelle drag estimation, an assessment has been made of different n...
For application of Hybrid Laminar Flow Control (HLFC) on an engine nacelle of modern business and Co...
Considerable progress has been made in the development of laminar flow technology for commercial tra...
This thesis deals with the aerodynamics of aero-engine nacelles with a focus on the influence of a s...
The purpose was to develop a preliminary nacelle design method to evaluate the impact of the nacelle...
A stability analysis of the laminar boundary layer on a natural laminar flow engine nacelle flight t...
In the pursuit of ever more fuel-efficient engines, the fan diameter and bypass ratio are increasing...
Abstract: Thrust and drag components must be defined and properly accounted in order to estimate air...
The external cowlings of engine nacelles on large turbofan powered aircraft are good candidates for ...
The achievement of large areas of laminar flow over aircraft engine nacelles offers significant savi...
Two major technologies in aeronautics promise substantial improvements in the fields of economy and ...
A methodology has been developed to model the direct consequences of laminar flow technology on wing...
A series of investigations of several 1/14-scale models of an inboard nacelle for the XB-36 airplane...
The Institute of Aeroelasticity plans a series of experiments on a wing-nacelle configuration in ord...
Paper delivered at the 1st European Forum on Laminar Flow Technology, held Hamburg (DE) Mar 16-18 19...
To address the need for accurate nacelle drag estimation, an assessment has been made of different n...
For application of Hybrid Laminar Flow Control (HLFC) on an engine nacelle of modern business and Co...
Considerable progress has been made in the development of laminar flow technology for commercial tra...
This thesis deals with the aerodynamics of aero-engine nacelles with a focus on the influence of a s...
The purpose was to develop a preliminary nacelle design method to evaluate the impact of the nacelle...
A stability analysis of the laminar boundary layer on a natural laminar flow engine nacelle flight t...
In the pursuit of ever more fuel-efficient engines, the fan diameter and bypass ratio are increasing...
Abstract: Thrust and drag components must be defined and properly accounted in order to estimate air...