
Piezoelectricity in Classical and Modern Systems
Description
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This book fills a gap in the literature of piezoelectricity and applications in science and technology. During the past several years, a plethora of new theory and applications of piezoelectric systems have surfaced, but an updated book, written in tutorial style with both classical and modern applications, is non-existing. The proposed book will introduce physics and engineering students to the basic concepts of piezoelectricity and allow them to apply piezoelectric theory and applications to solve new problems of relevance. The proposed book will cover the central theory and methods of piezoelectric systems ranging from classical to modern applications including nanotechnology, optics, and quantum mechanics. Models are derived and presented in a tutorial manner throughout the text. Examples and computer codes appear in the text to make the material accessible to first readers of mechanical vibrations and piezoelectricity to concretize many important sensor and actuator applications in present-day technology.
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Person
Morten Willatzen is Senior Professor of the Beijing Institute of Nanoenergy and Nanosystems as well as a Guest Full Professor of the Technical University of Denmark. He has won numerous awards and published more than 300 papers in international journals. He is the author of two books on "The k.p Method" published by Springer and "Separable Boundary-Value Problems in Physics" by Wiley. Morten Willatzen is a recipient of the first BHJ Award from the University of Southern Denmark in 2008, A Talent 1000 Foreign Expert, and the Great Wall Friendship Award.
Content
1. Background
2. Simple zero-dimensional oscillator systems
3. Transverse vibrations of strings
4. Vibrations of beams and membranes
5. Vibrations of plates and cylindrical rods
6. Fluid acoustics and dynamics
7. Strain and stress in solids
8. Group symmetry in mechanical systems
9. A toy model of piezoelectricity
10. Piezoelectricity and symmetry
11. Piezoelectric constitutive relations
12. Classical piezoelectric theory and applications
13. Equivalent circuit diagrams of piezoelectric materials
14. Reciprocal piezoelectric transducer systems
15. Ultrasonic motors
16. Nanotechnology piezoelectric theory and applications
17. Modern theory of polarization
18. Piezoelectric cantilevers
19. Piezoelectric properties of nanosystems
20. Piezoelectric two-dimensional materials
21. Flexoelectricity and polarization
22. Piezoelectricity and electronic bandstructure
23. Acoustic and piezoelectric effects on optical properties
24. Acoustic gain in piezoelectric materials
25. Index
26. Appendices
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