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Opracowanie zintegrowanej metody monitorowania przemieszczeń i odkształceń z wykorzystaniem interferometrii siatkowej i plamkowej

Dariusz Łukaszewski

Abstract

The main goal of presented thesis is development of novel combined GI (Grating Interferometry) and DSPI (Digital Speckle Pattern Interferometry) technique for measurements and monitoring of displacement/strain in plane and non-plane objects. The goal was achieved via development of combined method concept and its application in measuring system, which allows full-field in-plane displacement measurements of technical objects. During the laboratory work three possible solutions of measuring system were developer (laboratory system, microscope head, independent interferometric sensor). All mentioned systems utilize modular design, which allows further modifications. In the thesis detailed analysis of opto-mechanical design and tolerances, of GI/DSPI interferometer, were performed. Most of optical elements used are easily available on market, except the air-cavity based waveguide interferometric (GI/DSPI) head, which is the ―heart‖ of the system. The optical properties of designed interferoemtric head were thoroughly analyzed (including polarization and diffraction properties). Additional outcome of work are analysis of manufacturing methods of GI/DSPI heads by means of microsystems technologies. The series of test of all system components were performed along with verification of implemented novel, combined method. The results of thesis can be used as directions for manufacturing of group of new sensors which will fulfill demands of people involved in experimental mechanics research.
Record ID
WUTfa166d8753cc48dcadb368a5dbe59626
Diploma type
Doctor of Philosophy
Author
Dariusz Łukaszewski Dariusz Łukaszewski,, The Institute of Micromechanics and Photonics (FM/IMPh)Faculty of Mechatronics (FM)
Title in Polish
Opracowanie zintegrowanej metody monitorowania przemieszczeń i odkształceń z wykorzystaniem interferometrii siatkowej i plamkowej
Language
(pl) Polish
Certifying Unit
Faculty of Mechatronics (FM)
Discipline
mechanical engineering / (technology domain) / (technological sciences)
Status
Finished
Defense Date
23-04-2014
Title date
21-05-2014
Supervisor
Internal reviewers
External reviewers
Dariusz Boroński, prof. Dariusz Boroński, prof.,, External affiliation of publication: UTP w Bydgoszczy
Pages
131
Keywords in English
*
Abstract in English
The main goal of presented thesis is development of novel combined GI (Grating Interferometry) and DSPI (Digital Speckle Pattern Interferometry) technique for measurements and monitoring of displacement/strain in plane and non-plane objects. The goal was achieved via development of combined method concept and its application in measuring system, which allows full-field in-plane displacement measurements of technical objects. During the laboratory work three possible solutions of measuring system were developer (laboratory system, microscope head, independent interferometric sensor). All mentioned systems utilize modular design, which allows further modifications. In the thesis detailed analysis of opto-mechanical design and tolerances, of GI/DSPI interferometer, were performed. Most of optical elements used are easily available on market, except the air-cavity based waveguide interferometric (GI/DSPI) head, which is the ―heart‖ of the system. The optical properties of designed interferoemtric head were thoroughly analyzed (including polarization and diffraction properties). Additional outcome of work are analysis of manufacturing methods of GI/DSPI heads by means of microsystems technologies. The series of test of all system components were performed along with verification of implemented novel, combined method. The results of thesis can be used as directions for manufacturing of group of new sensors which will fulfill demands of people involved in experimental mechanics research.
Thesis file
  • File: 1
    Doktorat_DLukaszewski_OSTv2.pdf
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Citation count
2

Uniform Resource Identifier
https://repo.pw.edu.pl/info/phd/WUTfa166d8753cc48dcadb368a5dbe59626/
URN
urn:pw-repo:WUTfa166d8753cc48dcadb368a5dbe59626

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