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Start Over Graduate Program Electrical Engineering Committee Member Kenji Uchino Keyword piezoelectric

2. MICROMACHINED SWITCHES AND CANTILEVER ACTUATORS BASED ON PIEZOELECTRIC LEAD ZIRCONATE TITANATE (PZT)

open_access
Open Access
Author:
Gross, Steven Joseph
Title:
MICROMACHINED SWITCHES AND CANTILEVER ACTUATORS BASED ON PIEZOELECTRIC LEAD ZIRCONATE TITANATE (PZT)
Graduate Program:
Electrical Engineering
Keywords:
MEMS
PZT
microfabrication
etching
cantilevers
xenon difluoride
ion beam etching
piezoelectric
actuators
unimorph
bimorph
File:
Download SJG-Thesis.pdf
Committee Members:
Thomas Nelson Jackson, Committee Chair/Co-Chair
Srinivas A Tadigadapa, Committee Chair/Co-Chair
Susan E Trolier Mckinstry, Committee Member
Kenji Uchino, Committee Member
Christopher Rahn, Committee Member

3. DESIGN, MODELING AND CONTROL OF A NOVEL MULTI FUNCTIONAL TRANSLATIONAL-ROTARY MICRO ULTRASONIC MOTOR

open_access
Open Access
Author:
Tuncdemir, Safakcan
Title:
DESIGN, MODELING AND CONTROL OF A NOVEL MULTI FUNCTIONAL TRANSLATIONAL-ROTARY MICRO ULTRASONIC MOTOR
Graduate Program:
Electrical Engineering
Keywords:
2-dof
piezoelectric
ultrasonic motor
translation
rotary
slanted
File:
Download sut133_dissertation.pdf
Committee Members:
Kenji Uchino, Dissertation Advisor/Co-Advisor
Kenji Uchino, Committee Chair/Co-Chair
Jeffrey Louis Schiano, Committee Member
Srinivas A Tadigadapa, Committee Member
Clive A Randall, Committee Member

4. LOSS PHENOMENOLOGY AND THE METHODOLOGY TO DERIVE LOSS FACTORS IN PIEZOELECTRIC CERAMICS

open_access
Open Access
Author:
Zhuang, Yuan
Title:
LOSS PHENOMENOLOGY AND THE METHODOLOGY TO DERIVE LOSS FACTORS IN PIEZOELECTRIC CERAMICS
Graduate Program:
Electrical Engineering
Keywords:
loss characterization
piezoelectric
File:
Download PhDThesis_YuanZhuang.pdf
Committee Members:
Kenji Uchino, Dissertation Advisor/Co-Advisor
Kenji Uchino, Committee Chair/Co-Chair
Leslie Eric Cross, Committee Member
Shizhuo Yin, Committee Member
Clive A Randall, Committee Member
Shujun Zhang, Committee Member

5. Characterization of the High Power Properties of Piezoelectric Ceramics using the Burst Method: Methodology, Analysis, and Experimental Approach

open_access
Open Access
Author:
Shekhani, Husain Naseem
Title:
Characterization of the High Power Properties of Piezoelectric Ceramics using the Burst Method: Methodology, Analysis, and Experimental Approach
Graduate Program:
Electrical Engineering
Keywords:
piezoelectric
high power
PZT
ceramic
transducer
File:
Download dissertation-shekhani-2016-5-19.pdf
Committee Members:
Kenji Uchino, Dissertation Advisor/Co-Advisor