To cope with the large growth of air transport and the tightening requirements on noise and emissions, it is expected that radical new aircraft concepts will be needed. The design of such new concepts will require high-fidelity computational systems to support the designer in his search through the design space. The design and engineering engine (DEE) is a concept for such computational systems that offers generative distributed product modelling based on knowledge-based engineering, design domain search based on multi-disciplinary design optimization principles and initial design vector determination based on the feasilization principle and agent technology to couple the components of the DEE in a flexible and distributed fashion. The different components have been successfully tested in several small-scale projects.
Further Steps towards Quantitative Conceptual Aircraft Design
Springer Optimization
2009-06-15
18 pages
Article/Chapter (Book)
Electronic Resource
English
Life Cycle Phase , Coanda Effect , Defence Advance Research Project Agency , Wind Turbine , Design Option Simulation and Modeling , Potential Theory , Automotive Engineering , Mathematical and Computational Engineering , Mathematics , Applications of Mathematics , Mathematical Modeling and Industrial Mathematics , Mathematics and Statistics
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