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Index to volume 5
INDEX
TO
VOLUME
5
M., Measurement of the scattering-matrix of acoustical two-ports, 89 BILLINGS, S. A., JAMALUDDIN, H. B. and CHEN, S., A comparison of the back-propagation and recursive prediction error algorithms for training neural networks, 233 BUIL, F. and VERA, C., A method of obtaining a structural dynamic matrix using Bond Graph techniques, 105 CAUL, L., Dynamical transfer behaviour of elastomer isolators, boundary element calculation and measurement, 13 CAWLEY, P., A high-frequency coin-tap method of non-destructive testing, 1 CEMPEL, C., see NATKE, H. G., 345 CEMPEL, C., Condition evolution of machines and its assessment from passive diagnostic experiment, 317 CHEEK, J. B., The price tag for a fast Fourier transform on any sample size, 357 CHEN, S., see BILLINGS, S. A., 233 CHEOUNG, W. S., see KIM, Y-H., 461 CLAESSON, I., NORDHOLM, S. and ERIKSSON, P., Noise cancelling convergence rates for the ABOM,
LMS algorithm,
375
CREEMERS, G., see FYFE, K. R., 431 CREMERS, L., see FYFE, K. R., 431 D’AMBROGIO, W., see SESTIERI, A., 25 DARLOW, M. S., see VEST, T. A., 279 DARLOW, M. S., see VEST, T. A., 291 DOBSON, B. J., Additional formulations for the extraction of modal parameters using a straight-line technique, 341 ELLIOT, S. J., see TSUJINO, M., 167 ERIKSSON, P., see SJOSTEN, P., 45 ERIKSSON, P., see CLAESSON, I., 375 EWINS, D. J., see To, W. M., 305 FOSTER, C. D., see MO~TERSHEAD, J. E., 139 FYFE, K. R., CREMERS, L., SAS, P. and CREEMERS, G., The use of acoustic streamlines and reciprocity methods in automotive design sensitivity studies, 45 GAUL, L., KLEIN, P. and KEMPLE, S., Damping description involving fractional operators, 81 GAUL, L., Dynamical transfer behaviour of elastomer isolators; boundary element calculation and measurement, 13 HONG, S.-W. and LEE, C. W., Identification of linearised joint structural parameters by combined use of measured and computed frequency responses, 267 HONG, D., XIUWEN, G. and SHUZI, Y., An approach to state recognition and knowledge-based diagnosis for engines, 257 JAMALUDDIN, H. B., see BILLINGS, S. A., 233 KEMPLE, S., see GAUL, L., 81 KIM. Y.-H., LIM, B. D. an CHEOUNG, W. S., Fault detection in a ball bearing system using a moving window, 461 KIM, Y. S., see WANG, K. W., 421 KLEIN, P., see GAUL, L., 81 KUMAR, A. S., see XISTRIS, G. D., 367 KUMAR, A. S., see XISTRIS, G. D., 447 LEE, C.-W., see HONG, S.-W., 267 LEE, C.-W., A complex modal testing theory for rotating machinery, 119 LEE, S.-S. and PARK, Y.-S., Position of non-linear elements and identification of their type by a local non-parametric method, 403 LIM, B. D., see KIM, Y.-H., 461 LIU, H. and VINH, T., Multi-dimensional signal processing for non-linear structural dynamics, 61 MENG, Q. and Qu, L., Rotating 0888-3270/91/06515+02$03.00/0
machinery
fault diagnosis 515
using Wigner distribution,
155
@ 1991 Academic Press Limited
516
INDEX TO VOLUME 5
MOT-~ERSHEAD, J. E. and FOSTER, C. D., On the treatment of ill-conditioning in spatial parameter estimation from measured vibration data, 139 MUSCIA, R., A theoretical experimental method based on modal analysis for estimating the damping capacity of vibrating structures, 475 NATKE, H. Cl., see ZHANG, J. H., 501 NATKE, H. G. and CEMPEL, C., Fault detection and localisation in structures: a discussion, 345 NORDHOLM, S., see CLAESSON, I., 375 PARK, Y.-S., see LEE, S.-s., 403 POULIEZOS, A., see STAVRAKAKIS, G. S., 327 Qu, L., see MENG, Q., 155 SALVINI, P., see SESTIERI, A., 25 SAS, P., see FYFE, K. R., 431 SIESTIERI, A., SALVINI, P. and D’AMBROGIO, W., Reducing scatter from derived rotational data to determine the frequency response function of connected structures, 25 SHERMAN, P. J., Three techniques for harmonic retrieval in unknown colored noise, 183 SHUZI, Y., see HONG, D., 257 SJ~~STEN, P. and ERIKSSON, P., Efficient filter structures for active noise LMS controllers, 45 STAVRAKAKIS, G. S. and POULIEZOS, A., Fatigue life prediction using a new moving window regression method, 327 TARN@ Y. S., On-line detection of tool breakage in milling, 389 TSENG, C. I., see Tzou, H. S., 199 TSUJINO, M. and ELLIOT, S. J., A globally optimal formulation for feedforward active sound control, 167 TO, W. M. and EWINS, D. J., A closed-loop model for single/multi shaker modal testing, 305 TZOU, H. S., Distributed vibration control and identification of coupled elastic/piezoelectric shells: theory and experiment, 199 TZOU, H. S. and TSENG, C. I., Distributed vibration control and identification of coupled elastic/piezoelectric systems: finite element formulation and application, 215 VERA, C., see BUIL, F., 105 VEST, T. A. and DARLOW, M. S., Dynamic modeling of linear beamlike structures using the equivalent beam stiffness method. Part I: Development and benchmarking, 279 VEST, T. A. and DARLOW, M. S., Dynamic modeling of linear beam-like structures using the equivalent beam stiffness method. Part II: Experimental applications, 291 VINH, T., Multi-dimensional signal processing for non-linear structuml dynamics, 61 WANG, K. W. and KIM, Y. S., Semi-active vibration control of structures via variable damping elements, 421 XISTRIS, G. D. and KUMAR, A. S., Digital processing of mechanical transient response signalsoptimisation approach, 367 XISTRIS, G. D. and KUMAR, A. S., Digital processing of mechanical transient response signalsdigital filter approach, 447 XIUWEN, G., see HONG, D., 257 ZHANG, J. H. and NATKE, H. G., A two-level updating procedure of the component-mode synthesis model, 501
TO
VOLUME
5
M., Measurement of the scattering-matrix of acoustical two-ports, 89 BILLINGS, S. A., JAMALUDDIN, H. B. and CHEN, S., A comparison of the back-propagation and recursive prediction error algorithms for training neural networks, 233 BUIL, F. and VERA, C., A method of obtaining a structural dynamic matrix using Bond Graph techniques, 105 CAUL, L., Dynamical transfer behaviour of elastomer isolators, boundary element calculation and measurement, 13 CAWLEY, P., A high-frequency coin-tap method of non-destructive testing, 1 CEMPEL, C., see NATKE, H. G., 345 CEMPEL, C., Condition evolution of machines and its assessment from passive diagnostic experiment, 317 CHEEK, J. B., The price tag for a fast Fourier transform on any sample size, 357 CHEN, S., see BILLINGS, S. A., 233 CHEOUNG, W. S., see KIM, Y-H., 461 CLAESSON, I., NORDHOLM, S. and ERIKSSON, P., Noise cancelling convergence rates for the ABOM,
LMS algorithm,
375
CREEMERS, G., see FYFE, K. R., 431 CREMERS, L., see FYFE, K. R., 431 D’AMBROGIO, W., see SESTIERI, A., 25 DARLOW, M. S., see VEST, T. A., 279 DARLOW, M. S., see VEST, T. A., 291 DOBSON, B. J., Additional formulations for the extraction of modal parameters using a straight-line technique, 341 ELLIOT, S. J., see TSUJINO, M., 167 ERIKSSON, P., see SJOSTEN, P., 45 ERIKSSON, P., see CLAESSON, I., 375 EWINS, D. J., see To, W. M., 305 FOSTER, C. D., see MO~TERSHEAD, J. E., 139 FYFE, K. R., CREMERS, L., SAS, P. and CREEMERS, G., The use of acoustic streamlines and reciprocity methods in automotive design sensitivity studies, 45 GAUL, L., KLEIN, P. and KEMPLE, S., Damping description involving fractional operators, 81 GAUL, L., Dynamical transfer behaviour of elastomer isolators; boundary element calculation and measurement, 13 HONG, S.-W. and LEE, C. W., Identification of linearised joint structural parameters by combined use of measured and computed frequency responses, 267 HONG, D., XIUWEN, G. and SHUZI, Y., An approach to state recognition and knowledge-based diagnosis for engines, 257 JAMALUDDIN, H. B., see BILLINGS, S. A., 233 KEMPLE, S., see GAUL, L., 81 KIM. Y.-H., LIM, B. D. an CHEOUNG, W. S., Fault detection in a ball bearing system using a moving window, 461 KIM, Y. S., see WANG, K. W., 421 KLEIN, P., see GAUL, L., 81 KUMAR, A. S., see XISTRIS, G. D., 367 KUMAR, A. S., see XISTRIS, G. D., 447 LEE, C.-W., see HONG, S.-W., 267 LEE, C.-W., A complex modal testing theory for rotating machinery, 119 LEE, S.-S. and PARK, Y.-S., Position of non-linear elements and identification of their type by a local non-parametric method, 403 LIM, B. D., see KIM, Y.-H., 461 LIU, H. and VINH, T., Multi-dimensional signal processing for non-linear structural dynamics, 61 MENG, Q. and Qu, L., Rotating 0888-3270/91/06515+02$03.00/0
machinery
fault diagnosis 515
using Wigner distribution,
155
@ 1991 Academic Press Limited
516
INDEX TO VOLUME 5
MOT-~ERSHEAD, J. E. and FOSTER, C. D., On the treatment of ill-conditioning in spatial parameter estimation from measured vibration data, 139 MUSCIA, R., A theoretical experimental method based on modal analysis for estimating the damping capacity of vibrating structures, 475 NATKE, H. Cl., see ZHANG, J. H., 501 NATKE, H. G. and CEMPEL, C., Fault detection and localisation in structures: a discussion, 345 NORDHOLM, S., see CLAESSON, I., 375 PARK, Y.-S., see LEE, S.-s., 403 POULIEZOS, A., see STAVRAKAKIS, G. S., 327 Qu, L., see MENG, Q., 155 SALVINI, P., see SESTIERI, A., 25 SAS, P., see FYFE, K. R., 431 SIESTIERI, A., SALVINI, P. and D’AMBROGIO, W., Reducing scatter from derived rotational data to determine the frequency response function of connected structures, 25 SHERMAN, P. J., Three techniques for harmonic retrieval in unknown colored noise, 183 SHUZI, Y., see HONG, D., 257 SJ~~STEN, P. and ERIKSSON, P., Efficient filter structures for active noise LMS controllers, 45 STAVRAKAKIS, G. S. and POULIEZOS, A., Fatigue life prediction using a new moving window regression method, 327 TARN@ Y. S., On-line detection of tool breakage in milling, 389 TSENG, C. I., see Tzou, H. S., 199 TSUJINO, M. and ELLIOT, S. J., A globally optimal formulation for feedforward active sound control, 167 TO, W. M. and EWINS, D. J., A closed-loop model for single/multi shaker modal testing, 305 TZOU, H. S., Distributed vibration control and identification of coupled elastic/piezoelectric shells: theory and experiment, 199 TZOU, H. S. and TSENG, C. I., Distributed vibration control and identification of coupled elastic/piezoelectric systems: finite element formulation and application, 215 VERA, C., see BUIL, F., 105 VEST, T. A. and DARLOW, M. S., Dynamic modeling of linear beamlike structures using the equivalent beam stiffness method. Part I: Development and benchmarking, 279 VEST, T. A. and DARLOW, M. S., Dynamic modeling of linear beam-like structures using the equivalent beam stiffness method. Part II: Experimental applications, 291 VINH, T., Multi-dimensional signal processing for non-linear structuml dynamics, 61 WANG, K. W. and KIM, Y. S., Semi-active vibration control of structures via variable damping elements, 421 XISTRIS, G. D. and KUMAR, A. S., Digital processing of mechanical transient response signalsoptimisation approach, 367 XISTRIS, G. D. and KUMAR, A. S., Digital processing of mechanical transient response signalsdigital filter approach, 447 XIUWEN, G., see HONG, D., 257 ZHANG, J. H. and NATKE, H. G., A two-level updating procedure of the component-mode synthesis model, 501