eprintid: 719
rev_number: 8
eprint_status: archive
userid: 17
dir: disk0/00/00/07/19
datestamp: 2018-05-27 17:33:41
lastmod: 2018-05-27 17:33:41
status_changed: 2018-05-27 17:33:41
type: report
metadata_visibility: show
creators_name: Allwright, D.J.
creators_name: Chen, Yujia
creators_name: Gower, Artur
creators_name: Lam, Kei Fong
creators_name: Chakhchoukh, Amine
creators_name: Cowley, Stephen
creators_name: Alistair, Forbes
creators_name: Guterman, Alexander
creators_name: Hammerton, Paul
creators_name: Jia, Dewei
creators_name: Klimek, Aleksander
creators_name: McCarthy, Michael
creators_name: Rockstroh, Parousia
creators_name: Ziolo, Piotr
corp_creators: Amir Kayani
corp_creators: Richard Burguete
title: Efficient description of shape perturbations
ispublished: pub
subjects: aerodef
studygroups: esgi85_v2
full_text_status: public
abstract: Airbus wish to have efficient ways of describing perturbations of a manu- factured aerofoil from its design shape. The typical kind of perturbations expected are waves, steps, and bumps, and automatic classification into the classes is desired. Various possible methods of analysis were pro- posed and studied in some detail, including projection onto suitable basis functions, wavelets, and radial basis functions. Other methods were studied in less detail, but with the aim of giving a digital signature of defects that could be used to classify them.
date: 2012
citation:   Allwright, D.J. and Chen, Yujia and Gower, Artur and Lam, Kei Fong and Chakhchoukh, Amine and Cowley, Stephen and Alistair, Forbes and Guterman, Alexander and Hammerton, Paul and Jia, Dewei and Klimek, Aleksander and McCarthy, Michael and Rockstroh, Parousia and Ziolo, Piotr  (2012) Efficient description of shape perturbations.  [Study Group Report]     
document_url: http://miis.maths.ox.ac.uk/miis/719/1/ESGI85-Airbus_CaseStudy.pdf