Self-calibration of multiscale hysteresis with memristors in nonlinear time reversal based processes

A calibration process of a nonlinear time reversal based ultrasonic device which is associated to the development of a phenomenological characterization of material local elastic properties is proposed. The experimental device is improved and specially scaled in order to access to a wide range of parameters: mechanical properties, ultrasonic parameters (celerity and attenuation) and local geometric data. The experimental set-up is completed by using modern ultrasonic memosducer components aim at describing memristive properties of damaged media.