The oceans, seas, rivers and channels store abundant renewable low velocity flow energy
but without large-scale exploitation. For energy harvesting, the vortex induced vibration (VIV) …

Portable, low-cost, microwave radars have attracted researchers' attention for being an
alternative noncontact solution for structural condition monitoring. In addition, by leveraging …

This paper proposes a novel hybrid aeroelastic-pressure balance (HAPB) technique for the
measurement of unsteady aerodynamic force on a galloping prism. HAPB wind tunnel tests …

In the present study, two pairs of cable models were specially designed and tested to
reproduce wake induced vibration (WIV) of stay cables in a wind tunnel. The interaction …

This study is concerned with the analysis of the displacement measurements simultaneously
retrieved from multiple Doppler radars placed at different positions of a traffic light's mast …

A homogeneous continuous viscoelastic beam, describing the dynamics of a base-isolated
tower, exposed to a uniformly distributed turbulent wind flow, is studied. The beam is …

When it comes to monitoring of huge structures, main issues are limited time, high costs and
how to deal with the big amount of data. In order to reduce and manage them, respectively …

Lamps attached on the stay cable can change the stable circular cross-section of the stay
cable, which is easy to cause galloping vibration. Stay cables of the Kuipu bridge in the …

This paper evaluates and discusses the aerodynamic properties of a 16-sided polygonal
cylinder with imperfections and ancillaries investigated by wind tunnel tests. Two sectional …

Rain-wind-induced vibration of stay cables has been a long-standing problem for cable-
stayed bridges. Despite the numerous full-scale and laboratory studies conducted to …