The availability of low-cost microwave components today enables the development of
various high-frequency sensors and radars, including Ground-based Synthetic Aperture …

This study develops a ground-based synthetic aperture radar (GBSAR) imaging system and
interferometric processing framework for structural health monitoring (SHM). Radar remote …

The wellbeing of pipelines is influenced by a range of factors, such as internal and external
pressures, as well as deterioration over time due to issues like erosion and corrosion. It is …

Deformations affect the structural integrity of wind turbine towers. The health of such
structures is thus assessed by monitoring. The majority of sensors used for this purpose are …

Monitoring traffic loads is vital for ensuring bridge safety and overload controlling. Bridge
weigh-in-motion (BWIM) technology, which uses an instrumented bridge as a scale platform …

Interferometric radars are widely used sensors for structural health monitoring. They are able
to perform dynamic measurements of displacement with sub-millimeter precision. Today, the …

In recent years, there has been a growing interest in the development of ground-based
Synthetic Aperture Radars (GBSAR) for the purpose of monitoring structural displacements …

The microwave radar-based full-field displacement measurement technology offers
appealing advantages over traditional methods, such as long-range monitoring capability …

Ground-based radar interferometry is capable of measuring target displacement to sub-mm
accuracy. W-band ground-based radar has recently been investigated as a potential …

[EN] Sensors capable of measuring surface deformations with areal coverage and high
spatial and temporal resolution are beneficial for many monitoring applications. However …