The traditional drill core sampling method used for pavement thickness detection is
increasingly difficult to meet the increasing demand for pavement detection. At the same …

The air-coupled ground-penetrating radar (GPR) could be used to detect the concealed
cracks in the asphalt pavement layer at traffic-speed. However, the wide electromagnetic …

This study aims to employ one of the most significant geophysical methods, known as the
ground penetrating radar (GPR) method, in the determination of reasons for the …

This study utilized high-frequency Ground Penetrating Radar (GPR) with a center frequency
of 2600 MHz to monitor the critical geometric changes of debonding in a road pavement …

The results of laboratory experiments that show the capabilities of modern georadars are
presented. Analysis of GPR capabilities allowed to propose a new approach to solving the …

Ground-penetrating radar (GPR) has become indispensable for subsurface reconstruction,
especially in complex, multilayered infrastructure environments. Efficient and accurate …

Mathematical models for prediction of road network condition based on the so-called Markov
chains are presented in this article. The data for calculation of elements of the transition …

The gas turbine is considered to be a very complex piece of machinery because of both its
static structure and the dynamic behavior that results from the occurrence of vibration …

Investigation of the foundation system of the heritage site is a challenging task. The heritage
site in the present study is Sun temple, Konark. The temple is a 700–800 years old stone …

The main goal of the work is detecting internal boundaries of the road pavement with weak
electrical contrast layers. The laboratory experiment sets were carried out with ground …