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Electronic Composites : Modeling, Characterization, Processing, and MEMS Applications - Minoru Taya

Electronic Composites

Modeling, Characterization, Processing, and MEMS Applications

Hardcover Published: 17th October 2005
ISBN: 9780521841740
Number Of Pages: 360

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Electronic composites, whose properties can be controlled by thermal or electromagnetic means, play an important role in micro- and nano- electromechanical systems (MEMS/NEMS) such as sensors, actuators, filters and switches. This book describes the processing, simulation, and applications of electronic composites. The book begins with a review of the mechanical, thermal, electromagnetic, and coupling behavior of electronic composites. Their major applications are then discussed. All the key simulation models are described in detail and illustrated by reference to real examples. The book closes with a discussion of electronic composite processing, including MEMS design and packaging. The book contains a comprehensive list of references and is aimed at graduate students of electrical engineering and materials science. It will also be a useful reference for researchers and engineers in the MEMS industry.

"This is a well balanced book and will be of value as a general introduction for the beginner and there is ample theory to satisfy experienced researchers. The author has succeeded in presenting applied technology and theoretical aspects in a manner that make easy and enjoyable reading." Gerard F. Fernando, MATERIALS CHARACTERIZATION

Prefacep. ix
Acknowledgementsp. xi
Introductionp. 1
What is an electronic composite?p. 1
Early modeling of electronic compositesp. 2
Concept of electric, magnetic, and thermal circuitsp. 15
Applications of electronic compositesp. 19
Electronic packagingp. 19
Micro-electromechanical systems (MEMS) and BioMEMSp. 23
Composites for sensors and actuatorsp. 39
Control of electromagnetic wavesp. 51
Foundations of modelingp. 69
Introductionp. 69
Mechanical behaviorp. 73
Thermal behaviorp. 82
Electromagnetic behaviorp. 87
Coupling behaviorp. 119
Electrostrictionp. 123
Magnetostrictionp. 124
Piezomagnetismp. 125
Models for electronic composites based on effective medium theoryp. 126
Law-of-mixtures modelp. 126
Effective property tensor of a compositep. 130
Eshelby modelp. 136
Concentration factor tensorsp. 154
Resistor network model for electrical and thermal conduction problemsp. 163
Electrical conductionp. 163
Thermal conductionp. 165
Comparison of model predictions with experimental datap. 169
Percolation modelp. 173
Percolation model based on base latticesp. 173
Electrical conductivity by effective medium theoryp. 180
Electrical conduction by percolation modelp. 182
Fiber percolation modelp. 187
Percolation model applied to piezoresistive elastomer compositesp. 192
Percolation in a particle compositep. 200
Lamination modelp. 208
Classical lamination theory under hygro-thermomechanical loadingp. 208
Lamination theory applied to piezoelectric laminatesp. 214
Accurate model for cylindrical bending of piezoelectric laminate compositesp. 217
Design of functionally graded microstructure of piezoactuatorsp. 220
Thermal stress in coating/substrate systemp. 232
Electromagnetic waves in laminated compositesp. 254
Engineering problemsp. 271
Processingp. 271
Standard measurement methods of propertiesp. 284
Electromigrationp. 313
Eshelby tensorsp. 325
Eshelby tensor S[superscript ijkl] for elasticityp. 325
Eshelby tensors S[superscript ij] for uncoupled physical behaviorp. 330
Eshelby tensors for ellipsoidal inclusions in piezoelectric matrixp. 331
Eshelby tensors in matrix formp. 333
Physical constants and properties of materialsp. 338
Physical constantsp. 338
Thermal properties of popular packaging materialsp. 338
Dielectric constants [epsilon superscript r] of popular materialsp. 340
Magnetic properties of soft and hard magnetsp. 341
Referencesp. 342
Author indexp. 352
Subject indexp. 357
Table of Contents provided by Ingram. All Rights Reserved.

ISBN: 9780521841740
ISBN-10: 0521841747
Audience: Professional
Format: Hardcover
Language: English
Number Of Pages: 360
Published: 17th October 2005
Publisher: CAMBRIDGE UNIV PR
Country of Publication: GB
Dimensions (cm): 25.4 x 18.09  x 2.26
Weight (kg): 0.91