IUTAM Symposium on Statistical Energy Analysis

Some perspectives on wave-mode duality in SEA.- Wavelength scale effects on energy propagation in structures.- On the validity domain of some high frequency energy models.- Some energy relations for mechanical systems.- The energetic mean mobility approach (EMMA).- Irregularity, damping and coupling strength in S.E.A..- An approach to the statistical energy analysis of strongly coupled systems.- The energy flow equation of continuum dynamics.- A note on conservative and non-conservative coupling.- Predictive SEA using line wave impedances.- Statistical energy analysis of beams which are line-connected to plates.- Vibrational energy flows between two plates forming an ‘L’-shape and joined by compliant and dissipative couplings.- SEA coupling factors for regular and irregular structures.- Prediction of structure borne sound of low modal density structure by using SEA.- Power-flow analysis of quasi-one-dimensional systems with distributed coupling.- The estimation of dynamic stress and strain in beams, plates and shells using strain-velocity relationships.- Statistical energy analysis of parametric resonance in structural members.- On the external input power into coupled structures.- Statistical energy analysis in view of stochastic modal analysis.- Input power modulation method.- An indicator of coupling strength between SEA subsystems.- On the calculation of confidence levels of the experimentally derived internal and coupling loss factors.- The practical implementation of SEA.- Application of statistical energy analysis (SEA) to the development of a light truck sound package.- Predicting noise transmission in a truck cabin using the statistical energy analysis approach.- Statistical energy analysis of fluid-filled pipes.- SEA for predicting the efficiency of noisereduction solutions applied to an air conditioner unit.- Statistical energy analysis of nonconservatively coupled systems and its applications to engineering.- Calculation of structure-borne sound and radiation from automotive silencers using SEA and FEM.- Sound transmission through buildings using SEA.- The relationship between transmission coefficient and coupling loss factor.- Short communication on SEA applied to ship structures.- Summary of discussions.