This paper presents the activities in the field of shearography in chronological order and
highlights the great potential of this holographic measurement technology. After a brief …

Due to its high spatial resolution measurements and flexible and contactless experimental
setup, shearography, as a non-destructive testing technique, provides effective structural …

This study investigates the use of both amplitude and time-of-flight based pulsed ultrasonic
polar scan (P-UPS) as a sophisticated non-destructive damage sensor for fiber reinforced …

This paper presents a method for the identification of damage in plates based on the post-
processing with wavelets of modal rotation fields. These modal rotation fields are obtained …

Over the years, the derivatives of modal displacement and rotation fields have been used to
localize damage in beams. Usually, the derivatives are computed by applying finite …

Monitoring flexural stiffness variations of cracked reinforced concrete (r/c) structures is one of
the most challenging problems of the dynamics of these structures. In this article, the …

This paper aims to explore a new technique for structural damage identification using cubic
spline interpolation. The method is based on the interpolation of modal rotations measured …

Quantitative shearography applications continue to gain practical importance. However, a
study of the errors inherent in shearography measurements, related to calibration of the …

精确测量推进剂燃速是研究固体火箭发动机弹道性能的关键需求. 利用超声波回波法对燃速动态
测试是目前最先进的方法之一. 针对测量过程中超声波通过碳纤维发动机外壳时衰减程度大的 …

This chapter describes the application of shearography, which is a non-contact, full-field,
and high-resolution optical method, for the measurement of modal response of beams and …