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INDEX TO VOLUME 11
MSSP Vol. 11 indexÐ
INDEX TO VOLUME 11 Amabili, M. and Rivola, A., Dynamic analysis of spur gear pairs: steady-stage response, and stability of the sdof model with time-varying meashing damping, 375 Aquilina, see Danthez, J. M., 91 Badi, see Paya, B. A., 751 BalmeÁs, E., New results on the identi®cation of normal modes from experimental complex modes, 229 Banek, T. and Batko, W., Optimal ®ltering of disturbances in estimating vibration spectra in diagnostic signals, 743 Batko, see Banek, T., 743 Baz, A., Dynamic boundary control of beams using active constrained layer damping, 811 Bellizzi, see Gallet, A., 869 Bernard, see Loughlin, P. J., 561 Billings, see Fung, C. F., 843 Bonato, P., Ceravolo, R., De Stefano, A. and Kna¯itz, M., Bilinear time±frequency transformations in the analysis of damaged structures, 509 Braun, S. and Feldman, M., Time±frequency characteristics of non-linear systems (pg970091), 611 Brie, D., Tomczak, M., Oehlmann, H. and Richard, A., Gear crack detection by adaptive amplitude, and phase demodulation, 149 Brie, see Oehlmann, H., 529 Bucher, I. and Ewins, D. J., Multidimensional decomposition of time-varying vibration response signals in rotating machinery, 577 Carlier, S. and Couvin, B., Modal analysis applied to identi®cation of phenomena generated by burst ®rings, 129 Cattarius, J. and Inman, D. J., Time domain analysis for damage detection in smart structures, 409 Cempel, C., Natke, H. G. and Tabaszewski, M., A passive diagnostic experiment with ergodic properties, 107 Ceravolo, see Bonato, P., 509 Chee-Young Joh, see Chong-Won Lee, Jong-Po Park, Jong-Seop Yun, and Chee-Young Joh, Complex time series analysis for rotor dynamics identi®cation: applications (pg970103), 827 Cheong, M.-S. and Cho, D.-W., A new vibration isolation of a hydraulic system using a heterosynaptic neural network, 887 Cho, see Cheong, M.-S., 887 Chong-Won Lee, Jong-Po Park, Jong-Seop Yun, and Chee-Young Joh, Complex time series analysis for rotor dynamics identi®cation: applications, 827 Chouychai, see Taw®q, I., 269 Claesson, see Sturesson, P.-O. H., 459 Couvin, see Carlier, S., 129 Dalianis, S. A. and Hammond, J. K., Time±frequency spectra for frequency-modulated processes, 621 Dalpiaz, G. and Rivola, A., Condition monitoring, and diagnostics in automatic machines: comparison of vibration analysis techniques, 53 Danthez, J. M. and Aquilina, R., Separation of broadband sources processing concept of the Labrador software, 91 Danyluk, see Shiroishi, J., 693 De Stefano, see Bonato, P., 509 Drew, S. J. and Stone, B. J., Removal of speckle harmonics in laser torsional vibrometry (pg970110), 773 Ellis, see Sarkar, N., 391 Esat, see Paya, B. A., 751 Ewins, see Bucher, I., 577 Fabri, J., Acoustic, and vibratory surveillance methods, and diagnostic techniques: introduction, 51 Fasana, A. and Piombo, B. A. D., Identi®cation of linear mechanical systems by deconvolution techniques, 351 Fasana, see Ruzzene, M., 207 Fassois, see Nurprasetio, P., 287 923 0888-3270/96/060925+04 $25.00/0/pg970129
# 1997 Academic Press Limited
MSSP Vol. 11 indexÐ
Feldman, see Braun, S., 611 Fladung, W. and Rost, R., Application, and correction of the exponential window for frequency response functions, 23 Fray, see Pachaud, C., 903 Fung, C. F., Billings, S. A. and Zhang, H., Generalised transfer functions of neural networks, 843 Fyfe, K. R. and Munck, E. D. S., Analysis of computed order tracking (pg960056), 187 Gallet, A. and Bellizzi, S., Decoupling actuators with H robust control for actively isolating vibrating machines, 869 Garibaldi, see Ruzzene, M., 207 Gaul, L. and Wagner, M., Beam response derived from a 3-D hybrid boundary integral method in elastodynamics, 257 Ge, S. S., Lee, T. H. and Zhu, G., Non-model-based position control of a planar multi-link ¯exible robot, 707 HaÊkansson, see Sturesson, P.-O. H., 459 Hammond, J., Editorial, 507 Hammond, see Dalianis, S. A., 621 Ih, see Jang, S.-H., 323 Inman, see Cattarius, J., 409 Jang, S.-H. and Ih, J.-G., Random errors for an improved frequency response function estimator (pg960079), 323 Jong-Po Park, see Chong-Won Lee, 827 Jong-Seop Yun, see Chong-Won Lee, 827 Jong-Seop Yun, see Chong-Won Lee, 827 Kamarthi, S. V. and Pittner, S., Fourier, and wavelet transform for ¯ank wear estimationÐa comparison (pg970106), 791 Kang, Y.-S. and Kim, K.-J., Friction identi®cation in a sight stabilisation system at low velocities, 491 Karpel, M. and Ricci, S., Experimental modal analysis of large structures by substructuring (pg960076), 245 Kim, H. B. and Park, Y. S., Sensor placement guide for structural joint stiness model improvement, 651 Kim, see Kang, Y.-S., 491 Kim, see Park, Y.-K., 547 Kna¯itz, see Bonato, P., 509 Kuperman, W. A. and Turek, G., Matched ®eld acoustics, 141 Kurfess, see Shiroishi, J., 693 Le Fur, see Soize, C., 37 Leonard, F., Referencing the phase to the centre of the spectral window. Why?, 75 Lee, G.-M., Estimation of non-linear system parameters using higher-order frequency response functions, 219 Lee, S. K. and White, P. R., Higher-order time±frequency analysis, and its application to fault detection in rotating machinery, 637 Lee, see Ge, S. S., 707 Lenzen, A. and Waller, H., Identi®cation using the algorithm of singular value decompositionÐan application to the realisation of dynamic systems, and to fault detection, and localisation, 441 Li, see Shiroishi, J., 693 Liang, see Shiroishi, J., 693 Lin, S. T. and McFadden, P. D., Gear vibration analysis by B-spline wavelet-based linear wavelet transform, 603 Loughlin, P. J. and Bernard, G. D., Cohen±Posch (positive) time±frequency distributions, and their application to machine vibration analysis, 561 Luo, see Ma, J. C., 767 Ma, J. C., Luo, L. and Wu, Q. B., A ®lter design method based on combination wavelets, 767 McCarthy, D. J., Short-time coherence functions: instantaneous, and tuned, 169 McFadden, see Lin, S. T., 603 Moore, see Sarkar, N., 391 Munck, see Fyfe, K. R., 187 Natke, see Cempel, C., 107
MSSP Vol. 11 indexÐ
Nurprasetio, P. and Fassois, S. D., A direct spectral method for continuous-time stochastic system estimation based on measured data, and a priori information (pg960057), 287 Oehlmann, H., Brie, D., Tomczak, M. and Richard, A., A method for analysing gearbox faults using time±frequency representations, 529 Oehlmann, see Brie, D., 149 Oeljeklaus, M., The linear output residual method with computationally adaptive excitation in the frequency domainÐI. Theory, 725 Olorunmaiye, J. A. and Salami, M. J. E., Measurement, and spectral analysis of pressure±time variation in a valveless pulsed combustor, 307 Pachaud, C., Salvetat, R. and Fray, C., Crest factor, and kurtosis contribution to identify defects inducing periodical impulsive forces, 903 Park, see Kim, H. B., 651 Park, Y.-K. and Kim, Y.-H., A method to minimise the cross-talk of the Wigner±Ville distribution, 547 Paya, B. A., Esat, I. I. and Badi, M. N. M., Arti®cial neural network based fault diagnostics of rotating machinery using wavelet transforms as a preprocessor, 751 Pevzner, P., Some notes about `Time domain analysis for damage detection in smart structures, 917 Pierrat, L., Simple analytical method for the statistical estimation of a narrowband stationary process, 119 Piombo, see Fasana, A., 351 Piombo, see Ruzzene, M., 207 Pittner, see Kamarthi, S. V., 791 Ricci, see Karpel, M., 245 Richard, see Brie, D., 149 Richard, see Oehlmann, H., 529 Rivola, see Amabili, M., 375 Rivola, see Dalpiaz, G., 53 Rost, see Fladung, W., 23 Ruzzene, M., Fasana, A., Garibaldi, L. and Piombo, B., Natural frequencies, and dampings identi®cation using wavelet transform: application to real data, 207 Salami, see Olorunmaiye, J. A., 307 Salvetat, see Pachaud, C., 903 Sarkar, N., Ellis, R. E. and Moore, T. N., Backlash detection in geared mechanisms: modeling, simulation, and experimentation, 391 Seibold, S., Identi®cation of physical parameters using an instrumental variables technique, 425 Shiroishi, J., Li, Y., Liang, S., Kurfess, T. and Danyluk, S., Bearing condition diagnostics via vibration, and acoustic emission measurements, 693 Soize, C. and Le Fur, O., Modal identi®cation of weakly non-linear multidimensional dynamical systems using a stochastic linearisation method with random coecients, 37 Staszewski, W. J. and Tomlinson, G. R., Local tooth fault detection in gearboxes using a moving window procedure, 331 Staszewski, W. J., Worden, K. and Tomlinson, G. R., Time±frequency analysis in gearbox fault detection using the Wigner±Ville distribution, and pattern recognition, 673 Stone, see Drew, S. J., 773 Sturesson, P.-O. H., HaÊkansson, L. and Claesson, I., Identi®cation of statistical properties of cutting tool vibrations in a continuous turning operationÐcorrelation to structural properties, 459 Tabaszewski, see Cempel, C., 107 Taw®q, I., Vinh, T. and Chouychai, T., A new approach to impact testing instrumentation using an electronic slave hammer, 269 Tomczak, see Brie, D., 149 Tomczak, see Oehlmann, H., 529 Tomlinson, see Staszewski, W. J., 331 Tomlinson, see Staszewski, W. J., 673 Tse, see Wang, C.-N., 779 Turek, see Kuperman, W. A., 141 Vakakis, A. F., Non-linear normal modes (NNMs), and their applications in vibration theory: an overview, 3 Vinh, see Taw®q, I., 269 Wagner, see Gaul, L., 257
MSSP Vol. 11 indexÐ
Waller, see Lenzen, A., 441 Wang, C.-N., Tse, C.-C. and Wen, C.-W., A study of active noise cancellation in ducts, 779 Wen, see Wang, C.-N., 779 White, see Lee, S. K., 637 Worden, see Staszewski, W. J., 673 Wu, see Ma, J. C., 767 Zhu, see Ge, S. S., 707
INDEX TO VOLUME 11 Amabili, M. and Rivola, A., Dynamic analysis of spur gear pairs: steady-stage response, and stability of the sdof model with time-varying meashing damping, 375 Aquilina, see Danthez, J. M., 91 Badi, see Paya, B. A., 751 BalmeÁs, E., New results on the identi®cation of normal modes from experimental complex modes, 229 Banek, T. and Batko, W., Optimal ®ltering of disturbances in estimating vibration spectra in diagnostic signals, 743 Batko, see Banek, T., 743 Baz, A., Dynamic boundary control of beams using active constrained layer damping, 811 Bellizzi, see Gallet, A., 869 Bernard, see Loughlin, P. J., 561 Billings, see Fung, C. F., 843 Bonato, P., Ceravolo, R., De Stefano, A. and Kna¯itz, M., Bilinear time±frequency transformations in the analysis of damaged structures, 509 Braun, S. and Feldman, M., Time±frequency characteristics of non-linear systems (pg970091), 611 Brie, D., Tomczak, M., Oehlmann, H. and Richard, A., Gear crack detection by adaptive amplitude, and phase demodulation, 149 Brie, see Oehlmann, H., 529 Bucher, I. and Ewins, D. J., Multidimensional decomposition of time-varying vibration response signals in rotating machinery, 577 Carlier, S. and Couvin, B., Modal analysis applied to identi®cation of phenomena generated by burst ®rings, 129 Cattarius, J. and Inman, D. J., Time domain analysis for damage detection in smart structures, 409 Cempel, C., Natke, H. G. and Tabaszewski, M., A passive diagnostic experiment with ergodic properties, 107 Ceravolo, see Bonato, P., 509 Chee-Young Joh, see Chong-Won Lee, Jong-Po Park, Jong-Seop Yun, and Chee-Young Joh, Complex time series analysis for rotor dynamics identi®cation: applications (pg970103), 827 Cheong, M.-S. and Cho, D.-W., A new vibration isolation of a hydraulic system using a heterosynaptic neural network, 887 Cho, see Cheong, M.-S., 887 Chong-Won Lee, Jong-Po Park, Jong-Seop Yun, and Chee-Young Joh, Complex time series analysis for rotor dynamics identi®cation: applications, 827 Chouychai, see Taw®q, I., 269 Claesson, see Sturesson, P.-O. H., 459 Couvin, see Carlier, S., 129 Dalianis, S. A. and Hammond, J. K., Time±frequency spectra for frequency-modulated processes, 621 Dalpiaz, G. and Rivola, A., Condition monitoring, and diagnostics in automatic machines: comparison of vibration analysis techniques, 53 Danthez, J. M. and Aquilina, R., Separation of broadband sources processing concept of the Labrador software, 91 Danyluk, see Shiroishi, J., 693 De Stefano, see Bonato, P., 509 Drew, S. J. and Stone, B. J., Removal of speckle harmonics in laser torsional vibrometry (pg970110), 773 Ellis, see Sarkar, N., 391 Esat, see Paya, B. A., 751 Ewins, see Bucher, I., 577 Fabri, J., Acoustic, and vibratory surveillance methods, and diagnostic techniques: introduction, 51 Fasana, A. and Piombo, B. A. D., Identi®cation of linear mechanical systems by deconvolution techniques, 351 Fasana, see Ruzzene, M., 207 Fassois, see Nurprasetio, P., 287 923 0888-3270/96/060925+04 $25.00/0/pg970129
# 1997 Academic Press Limited
MSSP Vol. 11 indexÐ
Feldman, see Braun, S., 611 Fladung, W. and Rost, R., Application, and correction of the exponential window for frequency response functions, 23 Fray, see Pachaud, C., 903 Fung, C. F., Billings, S. A. and Zhang, H., Generalised transfer functions of neural networks, 843 Fyfe, K. R. and Munck, E. D. S., Analysis of computed order tracking (pg960056), 187 Gallet, A. and Bellizzi, S., Decoupling actuators with H robust control for actively isolating vibrating machines, 869 Garibaldi, see Ruzzene, M., 207 Gaul, L. and Wagner, M., Beam response derived from a 3-D hybrid boundary integral method in elastodynamics, 257 Ge, S. S., Lee, T. H. and Zhu, G., Non-model-based position control of a planar multi-link ¯exible robot, 707 HaÊkansson, see Sturesson, P.-O. H., 459 Hammond, J., Editorial, 507 Hammond, see Dalianis, S. A., 621 Ih, see Jang, S.-H., 323 Inman, see Cattarius, J., 409 Jang, S.-H. and Ih, J.-G., Random errors for an improved frequency response function estimator (pg960079), 323 Jong-Po Park, see Chong-Won Lee, 827 Jong-Seop Yun, see Chong-Won Lee, 827 Jong-Seop Yun, see Chong-Won Lee, 827 Kamarthi, S. V. and Pittner, S., Fourier, and wavelet transform for ¯ank wear estimationÐa comparison (pg970106), 791 Kang, Y.-S. and Kim, K.-J., Friction identi®cation in a sight stabilisation system at low velocities, 491 Karpel, M. and Ricci, S., Experimental modal analysis of large structures by substructuring (pg960076), 245 Kim, H. B. and Park, Y. S., Sensor placement guide for structural joint stiness model improvement, 651 Kim, see Kang, Y.-S., 491 Kim, see Park, Y.-K., 547 Kna¯itz, see Bonato, P., 509 Kuperman, W. A. and Turek, G., Matched ®eld acoustics, 141 Kurfess, see Shiroishi, J., 693 Le Fur, see Soize, C., 37 Leonard, F., Referencing the phase to the centre of the spectral window. Why?, 75 Lee, G.-M., Estimation of non-linear system parameters using higher-order frequency response functions, 219 Lee, S. K. and White, P. R., Higher-order time±frequency analysis, and its application to fault detection in rotating machinery, 637 Lee, see Ge, S. S., 707 Lenzen, A. and Waller, H., Identi®cation using the algorithm of singular value decompositionÐan application to the realisation of dynamic systems, and to fault detection, and localisation, 441 Li, see Shiroishi, J., 693 Liang, see Shiroishi, J., 693 Lin, S. T. and McFadden, P. D., Gear vibration analysis by B-spline wavelet-based linear wavelet transform, 603 Loughlin, P. J. and Bernard, G. D., Cohen±Posch (positive) time±frequency distributions, and their application to machine vibration analysis, 561 Luo, see Ma, J. C., 767 Ma, J. C., Luo, L. and Wu, Q. B., A ®lter design method based on combination wavelets, 767 McCarthy, D. J., Short-time coherence functions: instantaneous, and tuned, 169 McFadden, see Lin, S. T., 603 Moore, see Sarkar, N., 391 Munck, see Fyfe, K. R., 187 Natke, see Cempel, C., 107
MSSP Vol. 11 indexÐ
Nurprasetio, P. and Fassois, S. D., A direct spectral method for continuous-time stochastic system estimation based on measured data, and a priori information (pg960057), 287 Oehlmann, H., Brie, D., Tomczak, M. and Richard, A., A method for analysing gearbox faults using time±frequency representations, 529 Oehlmann, see Brie, D., 149 Oeljeklaus, M., The linear output residual method with computationally adaptive excitation in the frequency domainÐI. Theory, 725 Olorunmaiye, J. A. and Salami, M. J. E., Measurement, and spectral analysis of pressure±time variation in a valveless pulsed combustor, 307 Pachaud, C., Salvetat, R. and Fray, C., Crest factor, and kurtosis contribution to identify defects inducing periodical impulsive forces, 903 Park, see Kim, H. B., 651 Park, Y.-K. and Kim, Y.-H., A method to minimise the cross-talk of the Wigner±Ville distribution, 547 Paya, B. A., Esat, I. I. and Badi, M. N. M., Arti®cial neural network based fault diagnostics of rotating machinery using wavelet transforms as a preprocessor, 751 Pevzner, P., Some notes about `Time domain analysis for damage detection in smart structures, 917 Pierrat, L., Simple analytical method for the statistical estimation of a narrowband stationary process, 119 Piombo, see Fasana, A., 351 Piombo, see Ruzzene, M., 207 Pittner, see Kamarthi, S. V., 791 Ricci, see Karpel, M., 245 Richard, see Brie, D., 149 Richard, see Oehlmann, H., 529 Rivola, see Amabili, M., 375 Rivola, see Dalpiaz, G., 53 Rost, see Fladung, W., 23 Ruzzene, M., Fasana, A., Garibaldi, L. and Piombo, B., Natural frequencies, and dampings identi®cation using wavelet transform: application to real data, 207 Salami, see Olorunmaiye, J. A., 307 Salvetat, see Pachaud, C., 903 Sarkar, N., Ellis, R. E. and Moore, T. N., Backlash detection in geared mechanisms: modeling, simulation, and experimentation, 391 Seibold, S., Identi®cation of physical parameters using an instrumental variables technique, 425 Shiroishi, J., Li, Y., Liang, S., Kurfess, T. and Danyluk, S., Bearing condition diagnostics via vibration, and acoustic emission measurements, 693 Soize, C. and Le Fur, O., Modal identi®cation of weakly non-linear multidimensional dynamical systems using a stochastic linearisation method with random coecients, 37 Staszewski, W. J. and Tomlinson, G. R., Local tooth fault detection in gearboxes using a moving window procedure, 331 Staszewski, W. J., Worden, K. and Tomlinson, G. R., Time±frequency analysis in gearbox fault detection using the Wigner±Ville distribution, and pattern recognition, 673 Stone, see Drew, S. J., 773 Sturesson, P.-O. H., HaÊkansson, L. and Claesson, I., Identi®cation of statistical properties of cutting tool vibrations in a continuous turning operationÐcorrelation to structural properties, 459 Tabaszewski, see Cempel, C., 107 Taw®q, I., Vinh, T. and Chouychai, T., A new approach to impact testing instrumentation using an electronic slave hammer, 269 Tomczak, see Brie, D., 149 Tomczak, see Oehlmann, H., 529 Tomlinson, see Staszewski, W. J., 331 Tomlinson, see Staszewski, W. J., 673 Tse, see Wang, C.-N., 779 Turek, see Kuperman, W. A., 141 Vakakis, A. F., Non-linear normal modes (NNMs), and their applications in vibration theory: an overview, 3 Vinh, see Taw®q, I., 269 Wagner, see Gaul, L., 257
MSSP Vol. 11 indexÐ
Waller, see Lenzen, A., 441 Wang, C.-N., Tse, C.-C. and Wen, C.-W., A study of active noise cancellation in ducts, 779 Wen, see Wang, C.-N., 779 White, see Lee, S. K., 637 Worden, see Staszewski, W. J., 673 Wu, see Ma, J. C., 767 Zhu, see Ge, S. S., 707