Methods of mathematical and statistical modelling, which are intended for studying acoustic vibrations of thin-walled structures, as well as optimization techniques for the aircraft panels under acoustic excitation are described. Under consideration are applications of neural networks and other taught structures to diagnostics and prediction of vibroacoustic system behaviour. All the specified methods are illustrated with practical examples.

           Methods of mathematical and statistical modelling, which are intended for studying acoustic vibrations of thin-walled structures, as well as optimization techniques for the aircraft panels under acoustic excitation are described. Under consideration are applications of neural networks and other taught structures to diagnostics and prediction of vibroacoustic system behaviour. All the specified methods are illustrated with practical examples.

           The book is destined for researchers and specialists enganged in studies of aircraft vibrations and acoustics. It may also be useful for students and post-graduates in aviation specialities.