Ultrasonics 1999 - 2000: Vol 37 Index

7 Pages·1.5 MB·English

Ultrasonics 37 (2000) 711-714
www.elsevier.ni/locate/ultras
Author Index to Volume 37
Acevedo, P., see Moreno, E. Cai, L.-W. and Williams Jr. J.H
Achenbach, J.D., see Zhang, M. NDE via stop band formation in fiber reinforced composites
Almqvist, M., Holm, A., Jansson, T., Persson, H.W. having square fiber arrangements
and Lindstrém, K. Carotenuto, R., see Lamberti, N
High resolution light diffraction tomography: nearfield ‘astillo, M., see Moreno, E
measurements of 10 MHz continuous wave ultrasound ‘athignol, D., see Lafon, ¢
Almgvist, M., Holm, A., Persson, H.W. ‘awley, P., see Evans, M.J
and Lindstrom, K. Certon, D., see Pizarro, L
Characterization of air-coupled ultrasound transducers in hallis, R.E., see Austin, J.C
the frequency range 40 kHz—2 MHz using light diffraction hang, C.C. and Lin, W.J
tomography Study and fabrication of the PbTiO, thin film acoustic
Anosov, A.A., see Passechnik, V.I. sensors
Austin, J.C. and Challis, R.E. Chapelon, J.Y., see Lafon, C
Ultrasonic propagation through aqueous kaolin suspensions heeke, J.D.N., see Shannon, K
during degassing hiang, C.-H. and Tang, C.-K
Experimental study on the acoustic wave velocity in
steel-reinforced mortar under external pull-out load
Bai, J.. Fan, Y., Li, X. and Li, X.
‘hosson, S., see Lafon, ¢
Tracing echo segment selecting method for strain
‘laeys, W., see Deschamps, M
reconstruction
udel, C., see Grevillot, M
Bai, J., Ding, C. and Fan, Y
A multi-scale algorithm for ultrasonic strain reconstruction
under moderate compression Daly, C.J. and Rao, N.A.H.K
Baldwin, K.C., Berndt, T.P. and Ehrlich, M.J Time- and frequency-domain descriptions of spatially
Narrowband laser generation/air-coupled detection iveraged one-way diffraction for an unfocused piston
ultrasonic system for on-line process control t7r ansduj ce!
of composites De Billy, M ind Hladky-Hennion, A.¢
Bamberger, J.A., see Greenwood, M.S The effect of impertections on acoustic wave propagation
Bastos, C.A.C., Fish, P.J., Steel, R. and Vaz, I ga > waveguide
Doppler power spectrum from a Gaussian sample volume Delamare, S., Lefebvre, J.-P. and Wirgin, A
Batra, N.K., see Schechter, R.S. Ghosts in the Born images of a layer probed by acoustic
Belyi, V.N., Kazak, N.S., Pavienko, V.K., Katranji, E.G
Waves
and Kurilkina, S.N Delsanto, P.P., see Schechter, R.S
Propagation of ultrasonic beams in paratellurite crystal Deschamps, M., see Bonnin, A
Benchaala, A., see Zergoug, M Deschamps, M., Poncelet, O., Dilhaire, S. and Claeys, W
Berndt, T.P., see Baldwin, K.C Surface acoustic waves at the vacuum-thermoviscoelastic
Bezemer, R.A., see Teirlinck, C.J.P.M. solid interface
Billson, D.R., see Hutchins, D.A Dilhaire, S., see Deschamps, M
Birer, A., see Lafon, C Ding, ¢ , see Bai, J
Bjorng, I.K., see Uberall, H Dixon, S., Edwards, C. and Palmer, $.B
Bjorne, L., see Uberall, H A laser-EMAT system for ultrasonic weld inspection
Bonnin, A., Huchon, R. and Deschamps, M Djelouah, H., see Khelladi, H
Ultrasonic waves propagation in absorbing thin pl Dugennoy, M., Ouaftouh, M. and Ourak, M.
Application to paper characterization Determination of stresses in aluminium alloy using optical
Boucherrou, N., see Zergoug, M detection of Rayleigh waves
Bouchilloux, P., see Zhang, J. Durinck, G., Thys, W., Rembert, P. and Izbicki, J.-L
Biittgenbach, S., see Herrmann, F. Experimental observation on a frequency spectrum of a
plate mode of a predominantly leaky nature
Cai, L.-W. and Williams Jr. J.H
Large-scale multiple scattering problems Edee, M.K.A
Cai, L.-W. and Williams Jr. J.H. Tissue structure study through ultrasonic forward scattering
Full-scale simulations of elastic wave scattering in Edwards, C., see Dixon, S
fiber-reinforced composites 463 Ehrlich, M.J., see Baldwin, K.C
0041-624X/00/$ - see front matter © 2000 Elsevier Science B.V. All rights reserved
PII: S0041-624X(00)00031-7
si Author Index | Ultrasonics 37 (2000) 711-714
Elvira-Segura, L. Hutchins, D.A., Pardoe, A.C., Billson, D.R. and
Acoustic wave dispersion in a cylindrical elastic tube filled Hines, E.L.
with a viscous liquid Neural network correction of ultrasonic C-scan images
Erofeev, A.V., see Passechnik, V.I.
Evans, M.J., Webster, J.R. and Cawley, P.
Ihara, I., see Legros, N.
Design of a self-calibrating simulated acoustic emission
Imamura, T.
source Deformation of ultrasonic pulse with
diffraction
Fan, Y., see Bai, J. Isrefilov, M.G., see Passechnik, V.I.
Fan, Y., see Bai, J. lula, A., see Lamberti, N.
Fish, P., see Teirlinck, C.J.P.M. Izbicki, J.-L., see Durinck, G. NWnw S ~ wW—Aw nN A
Fish, P.J., see Bastos, C.A.C.
Fredfeldt, K.-E., see Teirlinck, C.J.P.M. Jacquey, S., see Grevillot, M. > ~
Jansson, T., see Almqvist, M.
Jen, C.-K., see Legros, N.
Ginter, S.
Jensen, J.A., see Munk, P.
Numerical simulation of ultrasound-thermotherapy
Jensen, J.A., see Nikolov, S.1.
combining nonlinear wave propagation with broadband
soft-tissue absorption Jhang, K.-Y. and Kim, K.-C.
Evaluation of material degradation using nonlinear acoustic
Gorbatsevich, F.F.
Acoustic polarization method for determining elastic effect
Jung, M., see Tonshoff, H.K.
symmetry and constants of anisotropy in solid media
Graham, G., Petzing, J.N. and Lucas, M.
Modal analysis of ultrasonic block horns by ESPI Kaduchak, G., Sinha, D.N., Lizon, D.C. and
Graham, G., Petzing, J.N. and Lucas, M. Kelecher, M.J.
Extracting modal parameters of ultrasonic bar horns from A non-contact technique for evaluation of elastic structures
ESPI FRF data at large stand-off distances: applications to classification of
Green Jr. R.E., see Lanza di Scalea, F. fluids in steel vessels
Greenwood, M.S., Skorpik, J.R., Bamberger, J.A. and Kaduchak, G., Sinha, D.N., Lizon, D.C. and
Harris, R.V. Keleher, M.J.
On-line ultrasonic density sensor for process control of Erratum to “A non-contact technique for evaluation of
liquids and slurries elastic structures at large stand-off distances: applications to
Grevillot, M., Cudel, C., Meyer, J.J. and Jacquey, S. classification of fluids in steel vessels”
Two approaches to multiple specular echo detection using Katranji, E.G., see Belyi, V.N.
split spectrum processing: moving bandwidth minimization Kazak, N.S., see Belyi, V.N.
and mathematical morphology Kelecher, M.J., see Kaduchak, G.
Keleher, M.J., see Kaduchak, G.
Khelladi, H. and Djelouah, H.
Haddad, A., see Zergoug, M.
The size effects of a rigid reflector in the scattering of
Hail, 1.D., McNab, A. and Hayward, G.
transient ultrasonic field
Improved ultrasonic image generation through tomographic
Khoury, M., Tourtollet, G.E. and Schréder, A.
image fusion
Contactless measurement of the elastic Young’s modulus
Halliwell, M., see Shipley, J.A.
of paper by an ultrasonic technique
Hammouda, A., see Zergoug, M.
Kim, K.-C., see Jhang, K.-Y.
Harris, R.V., see Greenwood, M.S.
Koch, C., see Wilkens, V
Hayward, G., see Hall, I.D.
Kollmann, C., see Teirlinck, C.J.P.M.
He, P.
Kolomytsev, V.I., see Steckmann, H.
Direct measurement of ultrasonic dispersion using a
Komarova, L.N., see Petin, V.G
broadband transmission technique
Kozlov, A.V., see Steckmann, H.
Herrmann, F., Weihnacht, M. and Biittgenbach, S.
Krasnoslobodtsev, A.V., Lyakhov, G.A. and
Properties of shear-horizontal surface acoustic waves in
Shipilov, K.F.
different layered quartz—SiO, structures
Self-action of ultrasonic beams for biological
Hines, E.L., see Hutchins, D.A
applications
Hladky-Hennion, A.C., see de Billy, M
Kunkel. H., see Liang, K.
Holm, A., see Almqvist, M.
Kurilkina, S.N., see Belyi, V.N.
Holm, A., see Almqvist, M
Hopko, S.N. and Ume, I.C.
Laser generated ultrasound by material ablation using Lafon, C., Chosson, S., Prat, F., Theillere, Y.,
fiber optic delivery Chapelon, J.Y., Birer, A. and Cathignol, D.
Hoskins, P.R., see Teirlinck, C.J.P.M. The feasibility of constructing a cylindrical array
Hosten, B., see Pizarro, L. with a plane rotating beam for interstitial thermal
Huchon, R., see Bonnin, A. surgery
Huebner, W., see Liang, K. Lamberti, N., see Sanchez, S.
Hughes, W.J., see Zhang, J. Lamberti, N., Montero de Espinosa, F.R., Iula, A. and
Hughes, W.J., see Zhang, J. Carotenuto, R.
Hunt, A.J., see Ridgway, P.L. Two-dimensional modelling of multifrequency piezocom-
Hutchins, D.A., see Wright, W.M.D. posites
Author Index | Ultrasonics 37 (2000) 711-714
Lanza di Scalea, F. and Green Jr. R.E. Nagai, S., see Nakano, H
Experimental observation of the intrusive effect of a contact Nakano, H., Matsuda, Y. and Nagai, S
transducer on ultrasound propagation Ultrasound detection by using a confocal
Lefebvre, J.-P., see Delamare, S. Fabry-Perot interferometer with phase-modulated light
Legros, N., Jen C.-K. and Ihara, I. Newnham, R.E., see Zhang, J.
Ultrasonic evaluation and application of oriented polymer Newnham, R.E., see Zhang, J
rods Nicholson, P.H.F. and Strelitzki, R
Lemmin, U., see Shen, C. Ultrasonic show waves in air-saturated cancellous bone
Lethiecq, M., see Pizarro, L. : Nikolov, S.I. and Jensen, J.A.
Li X., see Bas, J. Application of different spatial sampling patterns for sparse
Li, X., see Bai, J. array transducer design
Li, X., see Shannon, K.
Liang, K., Oakley, C., Huebner, W. and Kunkel, H
Oakley, C., see Liang, K.
Acoustic characterization of ultrasonic transducer materials:
Olofsson, T. and Stepinski, T
II. The effect of curing agent in binary epoxy blends on : in? :
oe : 7 Maximum a posteriori deconvolution of sparse ultrasonic
acoustic properties
signals using genetic optimization
Lin, S. and Zhang, F.
Ouaftouh, M., se see Dugennoy, M.
Measurement of ultrasonic P power an: d electro-acoustic Ourak, M., see D ugennoy, M
efficiency of high power transducers
Lin, W.J., see Chang, C.C. SF oo
Lindstrém, K., see Almqvist, M. Palmer, S.B., see Dixon, S.
Lindstrém, K., see Almqvist, M. Pardoe, A.C., see Hutchins, D.A
Liu, Y.-H., see Wu, T.-T. MWnNw w Passechnik, V.I., Anosov, A.A., Isrefilov, M.G. and
Liu, Y.-H., see Wu, T.-T. Erofeev, A.V
Lizon, D.C., see Kaduchak, G. a&anA wYDwn m ON Experimental reconstruction of temperature distribution
Lizon, D.C., see Kaduchak, G. oN lA — at a depth through thermal acoustic
Lubbers, J., see Teirlinck, C.J.P.M. 43w sWw radiation
Lucas, M., see Graham, G \o Pavienko, V.K., see Belyi, V.N
Lucas, M., see Graham, G. in Persson, H.W., see Almqvist, M.
Lyakhov, G.A., see Krasnoslobodtsev, A.V Persson, H.W., see Almqvist, M
Petin, V.G., Zhurakovskaya, G.P. and Komarova, L.N
Mathematical description of combined action of ultrasound
Mannel, S., see Tonshoff, H.K. and hyperthermia on yeast cells
Matsuda, Y., see Nakano, H. Petzing, J.N., see Graham, G.
McNab, A., see Hall, I.D. Petzing, J.N., see Graham, G.
Meyer, J.J., see Grevillot, M. Pizarro, L., Certon, D., Lethiecq, M. and Hosten, B.
Airborne ultrasonic electrostatic transducers with
Meyer Jr. R.J., see Zhang, J
Meyer Jr. R.J., see Zhang, J conductive grooved backplates: tailoring their centre
Mignogna, R.B., see Schechter, R.S. frequency, sensitivity and bandwidth
Montero de Espinosa, F.R., see Sanchez, S Poncelet, O., see Deschamps, M
Montero de Espinosa, F.R., see Lamberti, N Prat, F., see Lafon, C.
Moreno, E., Acevedo P. and Castillo, M.
Thickness measurement in composite materials using lamb Quinby-Hunt, M., see Ridgway, P.L
waves. Viscoelastic effects
Motegi, K. and Toda, K.
Ramnarine, K.V., see Teirlinck, C.J.P.M
Interaction between two leaky Lamb wave modes
Rao, N.A.H.K., see Daly, C.J
propagating in a water-loaded bilayer consisting
Rembert, P., see Durinck, G.
of a piezoelectric ceramic plate and a glass plate
Ridgway, P.L., Hunt, A.J., Quinby-Hunt, M. and
Motegi, K. and Toda, K
Russo, R.E
Fluid-loading effect on interaction between two leaky Lamb
Laser ultrasonics on moving paper
wave modes propagating in a bilayer substrate
Rietz, W., see Tonshoff, H.K.
Motegi, K.
Rose, J.L., see Shin, H.J.
Ultrasound radiation into water by a Lamb wave device
Russo, R.E., see Ridgway, P.L.
using a piezoelectric ceramic plate with spatially varying
thickness
Moulti, B., see Zergoug, M. Sanchez, S., Montero de Espinosa, F.R. and
Mozhaev, V.G. and Weihnacht, M. Lamberti, N
Incredible negative values of effective electromechanical Multifrequency piezoelectric composites: one-dimensional
coupling coefficient for surface acoustic waves in modeling
piezoelectrics Scalia, A. and Sumbatyan, M.A
Munk, P. and Jensen, J.A. On efficient quantitative analysis in real-time ultrasonic
A new approach for the estimation of the axial velocity using detection of cracks
ultrasound Schaarschmidt, U.G., see Teirlinck, C.J.P.M.
Murayama, R. Schechter, R.S., Simmonds, K.E., Batra, N.K., Mignogna,
Study of driving mechanism on electromagnetic acoustic R.B. and Delsanto, P.P
transducer for Lamb wave using magnetostrictive effect Use of a transient wave propagation code for 3D simulation
and application in drawability evaluation of thin steel sheets of cw radiated transducer fields
714 Author Index | Ultrasonics 37 (2000) 711-714
Schindel, D.W. Uchino, K., see Zhang, J.
Air-coupled ultrasonic measurements of adhesively bonded Uchino, K., see Zhang, J
multi-layer structures Ume, I.C., see Hopko, S.N.
Schréder, A., see Khoury, M
Sellidj, F., see Zergoug, M.
Vaz, F., see Bastos, C.A.C.
Shannon, K., Li, X., Wang, Z. and Cheeke, J.D.N.
Mode conversion and the path of acoustic energy in a
partially water-filled aluminum tube Wang, L.
Shen, C. and Lemmin, U. Determination of elastic constants of composites by
Intensity fluctuations of ultrasonic scattering in a highly time-resolved acoustic microscopy
turbulent flow Wang, Z., see Shannon, K.
Shin, H.J. and Rose, J.L. Webster, J.R., see Evans, M.J.
Guided waves by axisymmetric and non-axisymmetric Weihnacht, M., see Herrmann, F.
surface loading on hollow cylinders Weihnacht, M., see Mozhaev, V.G.
Shipilov, K.F., see Krasnoslobodtsev, A.V. Wells, P.N.T., see Shipley, J.A.
Shipley, J.A., Halliwell, M. and Wells, P.N.T. Wilkens, V. and Koch, C.
Localising an ultrasound beam travelling within the scan Fiber-optic multilayer hydrophone for ultrasonic
plane of a diagnostic ultrasound imager measurement
Simmonds, K.E., see Schechter, R.S. Williams Jr. J.H., Williams Jr. J.H., see Cai, L.-W.
Sinha, D.N., see Kaduchak, G. Williams Jr. J.H., Williams Jr. J.H., see Cai, L.-W.
Sinha, D.N., see Kaduchak, G. Williams Jr. J.H., Williams Jr. J.H., see Cai, L.-W.
Skorpik, J.R., see Greenwood, M.S. Wirgin, A., see Delamare, S.
Steckmann, H., Kolomytsev, V.I. and Kozlov, A.V. Wright, W.M.D. and Hutchins, D.A.
Acoustoplastic effect in the shape memory alloy Ni-Ti-Re Air-coupled ultrasonic testing of metals using broadband
at ultrasonic frequency pulses in through-transmission
Steel, R., see Bastos, C.A.C Wu, T.-T. and Liu, Y.-H.
Stepinski, T., see Olofsson, T Inverse determinations of thickness and elastic
Strelitzki, R., see Nicholson, P.H.F. properties of a bonding layer using laser-generated
Sumbatyan, M.A., see Scalia, A. surface waves
Sun, Z. and Ying, H. Wu, T.-T. and Liu, Y.-H.
A multi-gate time-of-flight technique for estimation of On the measurement of anisotropic elastic
temperature distribution in heated tissue: theory and constants of fiber-reinforced composite plate
computer simulation using ultrasonic bulk wave and laser generated
Lamb wave
Tahraoui, H., see Zergoug, M.
Tang, C.-K., see Chiang, C.-H.
Ying, H., see Sun, Z.
Teirlinck, C.J.P.M., Bezemer, R.A., Kollmann, C
Lubbers, J., Hoskins, P.R., Ramnarine, K.V., Fish, P.,
Fredfeldt, K.-E. and Schaarschmidt, U.G
Zergoug, M., Boucherrou, N., Haddad, A.,
Erratum to ‘Development of an example flow test object and
Benchaala, A., Moulti, B., Tahraoui, H.,
comparison of five of these test objects, constructed in
Sellidj, F. and Hammouda, A.
various laboratories [Ultrasonics 36 (1998) 653-660]
Thermally affected characterization region by
Theillere, Y., see Lafon, C.
Barkhausen noise
Thys, W., see Durinck, G.
Zhang, F., see Lin, S.
Toda, K., see Motegi, K.
Zhang, J., Hughes, W.J., Bouchilloux, P., Meyer Jr. R.J.,
Toda, K., see Motegi, K
Uchino, K. and Newnham, R.E.
Tonshoff, H.K., Jung, M., Mannel, S. and Rietz, W.
A class V flextensional transducer: the cymbal
Using acoustic emission signals for monitoring of
Zhang, J., Hughes, W.J., Meyer Jr. R.J., Uchino, K. and
production processes
Newnham, R.E.
Tourtollet, G.E., see Khoury, M
Cymbal array: a broad band sound projector
Zhang, M. and Achenbach, J.D.
Uberall, H., Bjorno, I.K. and Bjorng, L Simulation of self-focusing by an array on a crack in an
Dispersion of circumferential waves on evacuated, immersed specimen
water-loaded spherical steel shells Zhurakovskaya, G.P., see Petin, V.G
A
gees Yd Tie
LSEVIER Ultrasonics 37 (2000) 715-716 —_————————— as
www.elsevier.nl/locate/ultras
Subject Index to Volume 37
Ablation, | Correlation, 511 Gaussian sample volume, 623
Acoustic dispersion, 247 Coupling coefficient, 335 Genetic algorithms, 423
Acoustic emission, 589, 681 Crack, 9, 239 Grinding, 681
Acoustic properties, 201 C-scan, 263 Group velocity, 335
Acoustic sensors, 585 Curing agent, 201 Guidance, 11 23
Acoustic wave velocity, 223 Cylindrical array, 615 Guided waves. 355
Acoustics, 633, 677
Acousto-elasticity, 365
Acoustopolariscopy, 309 Dark fringe, 257 Hard turning, 681
Adhesively bonded structures, 185 Deconvolution, 423 Heterodyne signal detection technique, 39
Air. 299. 445 Deformation, 59 HIFU, 123
Air-coupled, 565 Density of fluid, 321 High modes, 53
Air-coupled transducers, 329 Density sensor, 159 Higher order harmownaie c wave, 39
Air-coupled ultrasonics, 185 Deterministic model, 463 Hollow cylinders, 355
Air-coupled ultrasound, 19, 493, 531 Diffraction, 71, 209 Hyperthermia, 79
Analysis, 149, 231 Dispersion, 67
Anisotrophy, 309 Dispersion curves, 355, 673 Image enhancement, 263
Apex imperfection, 413 Doppler spectrum, 623 Image fusion, 433
Re
Argand diagram, 373 Doppler ultrasound, 623 Imagery, 633
Array, 9, 667 Imaging, 123
Array modeling, 523 ; / ; Incidence, 239
Artifacts, 633 I ffective dielectric constant, 335 Inhomogeneous plate, 505
;
Asymmetrical relations, 505 E istic constants, 283 Insonification, 645
Attenuation, 67, 537, 555 I lei stic moduli, | Intensity fluctuations, 603
Autocorrelation function, 645 E lastic tube, 53 Interdigital transducer, 505
A-wave (S‘ cholte-St; oneley wave), 67a3 I |d asuc ; Interf4e rometry. 14: 9, 2
I llaassttiicciitty.y , 33 1 Interstitial ; hyp2 erthermia, 615 -
I betas 51.511] : ‘
lastography, 51, 511 Inverse problem, 23
Barkhausen noise, 703 Electro-acoustic efficiency, 549
Iron and steel,
Beam divergence, 377 I ectromagnetic acoustic transducer, 31, 273
Biot’s theory, 445 I lectromechanical coupling coefficient, 687 a
Bleustein-Gulyaev wave, 68 a I lectrostatic transducer, 19, 49a3 Kaololi n, 29999
Blood flow, 623 I poxy blends, 201
Blood velocity estimation, 661 E sophageal applications, 615 Silt wees: Xt:
Bond stress, 223 E SPI, 149, 231 555, 595, 673
Bonding layer, 23
6 te) : Laser electronics, |
Born approximation, 633 ' 772
Bubbles; , 299 ee ac abry—Perot interf. erometer, 174 9, 257 Laasseerr ggeenneerraatteedd ulturltarsasoou nd, 227/33,
SE a Laser interferometry, 6
Buffer rod, 291 ast Fourier transform, 179, 703 ,
Laser ultrasonics, 23,
“EA modeling, 387
2aky Lamb wave, 141, 3
iber-optic sensors, 45 SRY ee NE
Leaky mode, 373
Cancellous bone, 445 inite differences, 89
; : ies leet Light diffraction tomography, 343, 565
Capacitance transducer, 493 lextensional transducer, 387, 523 : :
Liquid density measurements, 159
CFRP, 405 ‘lexural modes, 355
Liquid level sensor, 303
Characterization, 343, 565 luid loading, 303
Ci~: rcular flat transducer, 4 71 ‘luaited -loadePy d bilayer, 3s 21 Localisatio; n, 123 .
es . = é ae Lommel functions, 209
Circumferential shell wave, 673 ocusing, 3
Circumferential waves, 303 Focusing objective, | Love modes, 335
Composite inspection, 329 Forward scattering, 645
Composites, 283, 463, 483 2D Fourier, 661 Machining, 149, 231
Compression, 511 Fourier transform, 239 Magnetic field, 31, 703
Conical transducers, 589 Full-scale simulation, 463 Magnetostrictive effect, 31
Constants of elasticity, 309 Fuzzy logic, 433 Material degradation, 39
0041-624X/00/$ - see front matter © 2000 Elsevier Science B.V. All rights reserved
PH: S0041-624X(00)00032-9
716 Subject Index | Ultrasonics 37 (2000) 715-716
Mathematical model, 79 Poisson’s ratio, 201 Thermoelastic wave, 677
Measurements, 309, 549 Polarized shear waves, 309 Thickness ratio, 141
Metals, 19 Potassium niobate, 687 Thin film, 585
Microstructure, 603, 703 Power spectrum, 645 Through-transmission, 19
Minimization, 417 Process control, 159 Through-transmission spectra, 185
Mode conversion, 303 Process monitoring, 681 Time of flight, 107
Mode coupling, 141, 321 Pull-out tests, 223 Time-of-flight diffraction, 273
Modeling methods, 31 Pulsed wave Doppler systems, 623 Time-resolved acoustic microscopy, 283
Moduli, 201 Pulses in plates, 595 Tissue, 107
Moisture, 555 Tomography, 433, 633
Multifrequency composites, 577 Tortuosity, 445
Radiated fields, 89
Multilayer interference filter, 45 Tracing segment selection, 51
Radiation of ultrasound, 505
Multi-layer structures, 185 Transducer array, 523
Radon, 661
Multiple scattering, 453, 463 Transducers, 89, 97, 239, 549, 667
Rayleigh wave, 365, 687
Multiple target detection, 417 Transient mode, 373
Receiving sensitivity, 585
Multi-scale, 511 Transient ultrasonic, 697
Reconstruction, 63
Transmission coefficient, 373
Reflection, 633
Transmitting intensity, 585
Nearfield, 343 Reflection coefficients, 159
Turbulent flow, 603
Neural network, 263 Remote characterization, 531
Two-dimensional, 667
Non-axisymmetric, 355 Residual stress, 365
Nondestructive evaluation, 31
Ultrasonic beams, 377
Scatterer polymerization, 453
Ultrasonic inspection, 31
Scattering, 9, 239, 483 Ultrasonic materials testing, 133
Non-diffraction propagation, 377 Scattering structure size, 645 Ultrasonic measurement, 291
Self-calibration, 589
Nonlinear acoustic effect, 39 Ultrasonic NDE, 483
Self-focusing, 9, 247
Nonlinear elasticity, 39 Ultrasonic power, 549
Nonlinear modeling, 693 Self-induced transparency, 247 Ultrasonic pressure measurement, 45
Non-linear thermal effects, 247 SH waves, 453 Ultrasonic pulse, 71
Shape memory alloy, 59
Numerical simulation, 89 Ultrasonic scattering, 603
Simulation, 51, 511, 623
Ultrasonic sensor, 159
Simulations, 697
Ultrasonics, 59, 299, 555
On-line sensor, 159 Slow wave, 445
Ultrasound, 51, 67, 79, 123, 149, 209, 231,
Optical detection, 365 Slurry density measurements, 159
247, 423, 511
Optical fiber, | Sound projector, 387, 523
Ultrasound thermotherapy, 693
Optics, 1, 149, 231 Spacing, 645
Ultrasound transducers, 343, 565
Sparse, 667
Underwater sound, 387, 523
Spatial resolution, 343, 565
Paper, 133, 395, 555 Underwater transducer, 387, 523
Spectral width, 623
Parallel computing, 89
Specular echo imaging, 417
Parametric array, 531 Speed of sound measurement, 159 Vacuum, 299
Particle velocity, 71 Split spectrum processing, 417 Velocity, 537
Passive tomography, 63 Stop band, 483 Velocity dispersion, 299
PbTiO3;, 585 Strain, 51 Velocity dispersion curves, 141, 321
Phase modulator, 257 Strain reconstruction, 511 Viscoelastic materials, 595
Phase transformation, 59 Subsurface integrity, 681 Viscoelasticity, 555
Phase velocity, 335 Surface acoustic waves, 687 Viscosity, 29]
Piezoceramic composites, 577 Surface wave, 677 Visualisation, 123
Piezocomposite, 201
Suspension characterization, 159
Piezoelectric, 585
Synergism, 79 Water-loaded bilayer, 141
Piezoelectric composites, 97
Piezoelectric transducers, 179 Waveform distortion, 51
Piston transducer, 209 Temperature, 63 Waveguide, 537
Wedge waveguide, 413
Planar transducers, 697 Temperature coefficients, 335
Plane rotating beam, 615 Temperature distribution, 63 Welding, 703
Plate shear waves Temperature measurement, 107 Weld inspection, 273
Plate waves, 133 Tensile strength, 133
Point acoustic sources, 589 Theoretical model, 185 Yeast cells, 79