Add to ORKGThe system integration is becoming a central topic when developing the future More Electric Aircraft (MEA). The respective subsystems within the MEA will be treated in a highly integrated manner to achieve optimum efficiency and performance. Concerning the electric power network, this thesis presents the recently developed methodologies relying on modeling and simulation techniques to solve the issues arising when designing the future MEA, with respect to system stability, power quality, failure..
This paper outlines the capability of a novel integrated modelling and analysis tool with regard to ...
Technological advancements in power generation have led to the concept of electrification in aircraf...
Electrification of aircraft is a key enabler to reducing fuel burn, and hence emissions, from air tr...
The development of future more-electric air-craft systems is a challenging process: The respective s...
This paper describes the needs, ideas, implementation and application of a multi-level concept used ...
More electrically powered aircraft reveals some sig- nificant advantages such as weight decrease, r...
Abstract More electrically powered aircraft reveals some significant advantages such as weight decre...
In this thesis a modeling and simulation based methodology is proposed to study the general power fl...
Developing electrically-powered systems to boost the performance and reliability of tomorrow’s air...
Recently, the aviation industry has witnessed a technological shift towards the More-Electric Aircra...
The current need to reduce emissions from air traffic leads to a rapid transition from ponderous and...
The aviation industry has witnessed a technological shift towards the More Electric Aircraft (MEA) c...
International audienceAs aircraft installed electrical power continues to increase, maintaining the ...
More Electric Aircraft (MEA) underline the utilization of electrical power to power the traditional ...
With modern passenger aircraft requiring greater levels of electrical power to supply the novel tech...
This paper outlines the capability of a novel integrated modelling and analysis tool with regard to ...
Technological advancements in power generation have led to the concept of electrification in aircraf...
Electrification of aircraft is a key enabler to reducing fuel burn, and hence emissions, from air tr...
The development of future more-electric air-craft systems is a challenging process: The respective s...
This paper describes the needs, ideas, implementation and application of a multi-level concept used ...
More electrically powered aircraft reveals some sig- nificant advantages such as weight decrease, r...
Abstract More electrically powered aircraft reveals some significant advantages such as weight decre...
In this thesis a modeling and simulation based methodology is proposed to study the general power fl...
Developing electrically-powered systems to boost the performance and reliability of tomorrow’s air...
Recently, the aviation industry has witnessed a technological shift towards the More-Electric Aircra...
The current need to reduce emissions from air traffic leads to a rapid transition from ponderous and...
The aviation industry has witnessed a technological shift towards the More Electric Aircraft (MEA) c...
International audienceAs aircraft installed electrical power continues to increase, maintaining the ...
More Electric Aircraft (MEA) underline the utilization of electrical power to power the traditional ...
With modern passenger aircraft requiring greater levels of electrical power to supply the novel tech...
This paper outlines the capability of a novel integrated modelling and analysis tool with regard to ...
Technological advancements in power generation have led to the concept of electrification in aircraf...
Electrification of aircraft is a key enabler to reducing fuel burn, and hence emissions, from air tr...