A methodology has been developed to model the direct consequences of laminar flow technology on wing, empennage and nacelle surfaces. In particular two concepts were considered, namely Natural Laminar Flow (NLF) and Hybrid Laminar Flow Control (HLFC). The methodology was introduced into an existing numerical design synthesis for commercial transport aircraft, which was linked to a non-linear constrained optimisation code. This permitted the impact of laminar flow technology on the optimum aircraft configuration and Direct Operating Costs (DOC) to be assessed. Cont/d
The recent meteoric rise in oil prices, coupled with the increasing attention being paid to the impa...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
In the present work natural laminar flow (NLF) and hybrid laminar flow (HLF) wing designs are presen...
The Vision 2020 of the Advisory Council for Aeronautical Research in Europe (ACARE) demands an envir...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
The paper deals with the aerodynamic design of laminar flow wings. The main concepts at present appl...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieder...
experiences with natural laminar flow (NLF) have provided a basis of understanding how this technolo...
This thesis deals with preliminary overall aircraft design including hybrid laminar flow control (HL...
The purpose of this paper is to describe barriers and efforts made in the design of an aircraft in t...
The recent meteoric rise in oil prices, coupled with the increasing attention being paid to the impa...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
In the present work natural laminar flow (NLF) and hybrid laminar flow (HLF) wing designs are presen...
The Vision 2020 of the Advisory Council for Aeronautical Research in Europe (ACARE) demands an envir...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieders...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
Resource-efficient flying is a central goal of current and future developments in aviation. Laminar ...
The paper deals with the aerodynamic design of laminar flow wings. The main concepts at present appl...
The Energy System Transition in Aviation research project of the Aeronautics Research Center Nieder...
experiences with natural laminar flow (NLF) have provided a basis of understanding how this technolo...
This thesis deals with preliminary overall aircraft design including hybrid laminar flow control (HL...
The purpose of this paper is to describe barriers and efforts made in the design of an aircraft in t...
The recent meteoric rise in oil prices, coupled with the increasing attention being paid to the impa...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
In the present work natural laminar flow (NLF) and hybrid laminar flow (HLF) wing designs are presen...