The goal of the condition assessment of concrete structures is to gain an insight into current
condition of concrete and the existence of defects, which decrease durability and usability of …

Thermal wave imaging uses the temporal temperature distribution over the object's surface
for subsurface analysis. However, the noise generated during experimentation corrupts this …

Electronic components of which reliability cannot be quantified are unacceptable and
potentially hazardous, especially in safety-relevant areas such as driver assistance systems …

The vision of a deep learning-empowered non-destructive evaluation technique aligns
perfectly with the goal of zero-defect manufacturing, enabling manufacturers to detect and …

Electronic components of which reliability cannot be quantified are unacceptable and
potentially hazardous, especially in safety-relevant areas such as driver assistance system …

Abstract Non-Destructive Testing and Evaluation (NDT&E) is being developed across
various segments of the industry for detecting the presence of defects occurring either during …

Efficient processing and stimulation mechanisms facilitating subsurface feature analysis are
of prime concern in composite inspection. Being capable of presenting depth resolution and …

Active infrared thermography (AT) has been evolved as a prominent nondestructive testing
technique for in-situ monitoring of defect-free composite material manufacturing. The recent …

In this chapter, we propose an algorithm for automatic flaw detection and defect diameter
estimation in fiber-reinforced polymer materials using signal-and image-processing …

Abstract Non-Destructive Testing and Evaluation (NDT&E) is being developed across
various segments of the industry for detecting the presence of defects occurring either during …