Some Features of Modeling Ultrasound Propagation in Non-Destructive Control of Metal Structures Based on the Magnetostrictive Effect

A method and mathematical models of direct inverse problems ultrasonic testing diagnostics complex metal structures for defects were developed tested. prototype a system magnetostrictive control elements the objects under study was manufactured experimentally Mathematical simulation processes using MATLAB COMSOL Multiphysics software environment carried out. The adequacy verified by results their comparison with real physical experiments. Information support methodology that implements it developed, which ensure functioning facilities these based on use small-aperture transducers. identification vibration generator in building consists finding locations vibrations, as well characteristics this data obtained from sensors form time series.