Publication result detail

Response Surface Method Application to Transonic Business-jet Wing Optimization

POPELA, R.; DOUPNÍK, P.

Original Title

Response Surface Method Application to Transonic Business-jet Wing Optimization

English Title

Response Surface Method Application to Transonic Business-jet Wing Optimization

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The article gives overview of complex aerodynamic optimization approach applied to business-jet aircraft wing design. In the frame of 6th EU FP integrated project CESAR [1] generic business-jet configuration was designed and diverse optimization techniques were applied to airfoil and wing design by members of project consortium. The authors explored particularly response surface method (RSM) potential for global wing aerodynamic optimization. The capability of method to support designer's decisions was assessed and attempt to incorporate basic structural criteria in aerodynamic optimization was made.

English abstract

The article gives overview of complex aerodynamic optimization approach applied to business-jet aircraft wing design. In the frame of 6th EU FP integrated project CESAR [1] generic business-jet configuration was designed and diverse optimization techniques were applied to airfoil and wing design by members of project consortium. The authors explored particularly response surface method (RSM) potential for global wing aerodynamic optimization. The capability of method to support designer's decisions was assessed and attempt to incorporate basic structural criteria in aerodynamic optimization was made.

Keywords

Response surface method (RSM), multidisciplinary optimization, CFD, transonic wing

Key words in English

Response surface method (RSM), multidisciplinary optimization, CFD, transonic wing

Authors

POPELA, R.; DOUPNÍK, P.

RIV year

2010

Released

31.03.2010

Publisher

Asociation of Aviation Manufacturers

Location

Praha

ISBN

1211-877X

Periodical

Letecký zpravodaj

Volume

2010

Number

1

State

Czech Republic

Pages from

23

Pages to

27

Pages count

5

BibTex

@article{BUT47444,
  author="Robert {Popela} and Petr {Doupník}",
  title="Response Surface Method Application to Transonic Business-jet Wing Optimization",
  journal="Letecký zpravodaj",
  year="2010",
  volume="2010",
  number="1",
  pages="23--27",
  issn="1211-877X"
}