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Filtering by: Contributor Furlong-Vazquez, Cosme Collections PhD Dissertations

1. HIGH-SPEED SHAPE AND DISPLACEMENT MEASUREMENTS BY HOLOGRAPHY AND APPLICATIONS IN MIDDLE-EAR RESEARCH

Keyword:: High-resolution Optical Metrology, Acoustics and Hearing, Middle-ear Diagnostics, High-speed Digital Holography, and Shape and Displacement Measurements
Creator:: Tang, Haimi
Advisor:: Rosowski, John J., Furlong-Vazquez, Cosme, and Cheng, Jeffrey T.
Publisher:: Worcester Polytechnic Institute
Date Created:: 2022-03-25
Resource Type:: Dissertation
Degree:: PhD

2. Multifunctional Testing Artifacts for Evaluation of 3D Printed Components by Fused Deposition Modeling

Keyword:: Fused Deposition Modeling (FDM), Testing Artifact, Optical Non-Destructive Testing (ONDT), 3D Printing Characterization, Additive Manufacturing (AM), and Multiphysics Numerical Simulation
Creator:: Pooladvand, Koohyar
Advisor:: Furlong-Vazquez, Cosme
Publisher:: Worcester Polytechnic Institute
Date Created:: 2019-12-08
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Mechanical Engineering

3. Development of high-speed digital holographic shape and displacement measurement methods for middle-ear mechanics in-vivo

Keyword:: Tympanic membrane, Middle ear mechanics, Shape measurements, High-speed holographic interferometry, and Transient displacement measurements
Creator:: Razavi, Payam
Advisor:: Rosowski, John J. and Furlong-Vazquez, Cosme
Publisher:: Worcester Polytechnic Institute
Date Created:: 2018-03-28
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Manufacturing Engineering

4. Full-field vibrometry by high-speed digital holography for middle-ear mechanics

Keyword:: Otology, Transient response, Acoustic-solid interaction, High-speed digital holography, High-speed cameras, and Tympanic membrane
Creator:: Dobrev, Ivo Tsvetanov
Advisor:: Furlong-Vazquez, Cosme
Publisher:: Worcester Polytechnic Institute
Date Created:: 2014-07-21
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Mechanical Engineering

5. Development of Holographic Interferometric Methodologies for Characterization of Shape and Function of the Human Tympanic Membrane

Keyword:: Tympanic membrane, Holographic Interferometry, and sound-induced motion
Creator:: Khaleghi, Morteza
Advisor:: Furlong-Vazquez, Cosme
Publisher:: Worcester Polytechnic Institute
Date Created:: 2015-04-29
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Mechanical Engineering