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<p>Foreword xvii</p> <p>Preface xxi</p> <p><b>PART 1. HOMOGENOUS AND HOMOGENOUS STRATIFIEDMEDIA: LINEARMODEL OF PROPAGATION 1</b></p> <p>Chapter 1. Equations of Propagation 3<br /> <i>Jean-François DE BELLEVAL, Catherine POTEL and Philippe GATIGNOL</i></p> <p>Chapter 2. Interaction of a Plane Wave and a Plane Interface  29<br /> <i>Philippe GATIGNOL, Catherine POTEL and Jean François DE BELLEVAL</i></p> <p>Chapter 3. Propagation of Plane Waves in Multilayered Media 61<br /> <i>Catherine POTEL, Jean François DE BELLEVAL, Michel CASTAINGS and Philippe GATIGNOL</i></p> <p>Chapter 4. Propagation in Continuously Stratified Media 97<br /> <i>Cécile BARON, Olivier PONCELET, Alexander SHUVALOV and Marc DESCHAMPS</i></p> <p>Chapter 5. Modal Waves in Plane Structures 113<br /> <i>Philippe GATIGNOL, Catherine POTEL and Jean François DE BELLEVAL</i></p> <p><b>PART 2. POROUS AND STRATIFIED POROUSMEDIA LINEAR MODELS OF PROPAGATION 147</b></p> <p>Introduction to Part 2 149<br /> <i>Denis LAFARGE</i></p> <p>Chapter 6. The Equivalent Fluid Model 153<br /> <i>Denis LAFARGE</i></p> <p>Chapter 7. Biot’s Model 205<br /> <i>Denis LAFARGE</i></p> <p>Chapter 8. Propagation Equations in the Time Domain 229<br /> <i>Zine EL ABIDINE FELLAH, Mohamed FELLAH and Claude DEPOLLIER</i></p> <p>Chapter 9. Scattering in Porous Media 277<br /> <i>Denis LAFARGE</i></p> <p>Chapter 10. Stratified Porous Media 285<br /> <i>Bruno BROUARD</i></p> <p>Chapter 11. Surface Wave Propagation 317<br /> <i>Jean-François ALLARD and Michel HENRY</i></p> <p>Chapter 12. The Finite Element Method for Porous Materials 327<br /> <i>Olivier DAZEL and Nicolas DAUCHEZ</i></p> <p><b>PART 3. EXPERIMENTAL AND NUMERICAL METHODS 339</b></p> <p>Chapter 13. Transducer for Bulk Waves 341<br /> <i>Daniel ROYER</i></p> <p>Chapter 14. Modeling of Ultrasonic Beams 359<br /> <i>Jean-François DE BELLEVAL, Nicolas GENGEMBRE, Alain LHÉMERY and Pierre CALMON</i></p> <p>Chapter 15. Time-Reversal of Waves 399<br /> <i>Mickaël TANTER and Mathias FINK</i></p> <p>Chapter 16. Introduction to Inverse Scattering in Acoustics and Elasticity 413<br /> <i>Marc LAMBERT, Marc BONNET and Dominique LESSELIER</i></p> <p><b>PART 4. NONLINEAR ACOUSTICS 431</b></p> <p>Chapter 17. Nonlinear Acoustic Phenomena in Micro-inhomogenous Media 433<br /> <i>Vitalyi GUSEV, Vincent TOURNAT and Bernard CASTAGNÈDE</i></p> <p>Chapter 18. Non-destructive Evaluation of Micro-inhomogenous Solids by Nonlinear Acoustic Methods 473<br /> <i>Vincent TOURNAT, Vitalyi GUSEV and Bernard CASTAGNÈDE</i></p> <p><b>PART 5. THE GREEN FUNCTION IN ANISOTROPIC MEDIA 505</b></p> <p>Chapter 19. The Cagniard–de Hoop Method 507<br /> <i>Olivier PONCELET and Marc DESCHAMPS</i></p> <p><b>PART 6. LINEAR METHODS OF ULTRASONIC NON-DESTRUCTIVE TESTING AND EVALUATION 559</b></p> <p>Chapter 20. Measurement of Viscoelastic Modules 561<br /> <i>Michel CASTAINGS</i></p> <p>Chapter 21. Interaction of an Ultrasonic Field with a Composite Plate 577<br /> <i>Philippe GATIGNOL, Catherine POTEL and Jean-François DE BELLEVAL</i></p> <p>Chapter 22. Flaw Detection by Lamb Waves 595<br /> <i>Catherine POTEL, Philippe GATIGNOL and Jean-François DE BELLEVAL</i></p> <p>Chapter 23. Non-Destructive Testing of Concrete by Ultrasonic Methods 609<br /> <i>Vincent GARNIER, Jean-François CHAIX and Gilles CORNELOUP</i></p> <p>Chapter 24. Non-Destructive Evaluation and Testing and Structural Health Monitoring of Composite Materials by Ultrasound and Acoustic Emission 651<br /> <i>Rachid El GUERJOUMA, Anne MAREC, Hanane NECHAD and Jean-Hugh THOMAS</i></p> <p><b>PART 7. CHARACTERIZATION OF POROELASTIC MATERIALS  675</b></p> <p>Chapter 25. Metrology of Physical Parameters of Absorbing Materials 677<br /> <i>Michel HENRY, Christophe AYRAULT, Bernard CASTAGNÈDE, Zine EL ABIDINE FELLAH, Claude DEPOLLIER,Mohamed FELLAH,Walter LAURIKS and Sohbi SAHRAOUI</i></p> <p>Chapter 26. Metrology of Acoustical Properties of Absorbing Materials: Surface Impedance 719<br /> <i>Michel HENRY</i></p> <p>Chapter 27. The Nearfield Acoustical Holography Method 733<br /> <i>Bruno BROUARD</i></p> <p>Chapter 28. Prediction of Acoustic Properties of Multilayer Structures – Some Examples of Applications 745<br /> <i>Nicolas DAUCHEZ</i></p> <p><b>PART 8. BIOMEDICAL FIELD 757</b></p> <p>Chapter 29. Ultrasonic Characterization of the Bone 759<br /> <i>Marie-Christine HO BA THO and Pascal LAUGIER</i></p> <p>Chapter 30. Medical Ultrasonography 793<br /> <i>François TRANQUART, Aurore BLEUZEN, Bruno RICHARD and Léandre POURCELOT</i></p> <p>Chapter 31. Use of Time-reversal 827<br /> <i>Mickaël TANTER and Mathias FINK</i></p> <p>Chapter 32. Elastography 841<br /> <i>Stefan CATHELINE and Rémi SOUCHON</i></p> <p>Chapter 33. Ultrasound and Therapy 863<br /> <i>Cyril LAFON, Dominique CATHIGNOL and Jean-Yves CHAPELON</i></p> <p>Chapter 34. Ultrasound Characterization of Bone Tissues by Poroelastic Theories 879<br /> <i>Naima SEBAA, Zine EL ABIDINE FELLAH, Claude DEPOLLIER and Walter LAURIKS</i></p> <p>Chapter 35. Acoustic Tomography, Ultrasonic Tomography 887<br /> <i>Jean-Pierre LEFEBVRE, Philippe LASAYGUES, and Serge MENSAH</i></p> <p>List of Authors 907</p> <p>Index 913</p>

<b>Michel Bruneau</b> is a professor at the University of Maine in France.

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