In this review paper, the use of the Time Reversal (TR) method as a computational tool for
solving some classes of inverse problems is surveyed. The basics of computational TR are …

A Lamb wave-based, subwavelength imaging algorithm is developed for damage imaging in
a metallic plate based on a decomposition of the time-reversal operator method together …

Prediction of crack growth and fatigue life estimation of metals using linear/nonlinear
acousto-ultrasound methods is an ongoing issue. It is known that by measuring nonlinear …

A recent variant of time reversal imaging is employed for reconstructing images of a closed
crack, based on both the fundamental and the second harmonic components of the …

This paper presents a nonlinear imaging method for the detection of the nonlinear signature
due to impact damage in complex anisotropic solids with diffuse field conditions. The …

This paper presents an imaging method for the localization of the impact point in complex
anisotropic structures with diffuse field conditions, using only one passive transducer. The …

This research reports a selective detecting and focusing approach for fatigue cracks through
use of decomposition of the time reversal operator (DORT) in combination with nonlinear …

Real-time structural health monitoring (SHM) and safety prognostics require quantitative and
continuously updated information on damage size and severity. A unified theoretical solution …

Nonlinear ultrasonic experiments typically require digital pass‐band filters and advanced
signal processing tools to highlight low‐amplitude nonlinear elastic effects such as …

In this paper the nonlinear material response of damaged composite structures under
periodic excitation is experimentally and numerically investigated. In particular, the …