As an emerging non-contact method of flow monitoring, radar technology compensates for
the shortcomings of traditional methods in terms of the efficiency, timeliness, and difficulty in …

Drone imagery has the potential to enrich urban planning and historic preservation,
especially where it converges with the growing creation and use of 3D models in the context …

Ocean energy extraction is on the rise. While tides are the most predictable amongst marine
renewable resources, turbulent and complex flows still challenge reliable tidal stream …

Water velocity and discharge are essential parameters for monitoring water resources
sustainably. Datasets acquired from Unoccupied Aerial Systems (UAS) allow for river …

Marine renewable energy site and resource characterisation, in particular tidal stream
energy, require detailed flow measurements which often rely on high-cost in situ …

Tidal energy is a rapidly developing area of the marine renewable energy sector that
requires converters to be placed within areas of fast current speeds to be commercially …

The inference of velocity fields from the displacement of objects and/or fields visible within a
series of consecutive images over known time intervals has been explored extensively …

Mapping tidal currents is important for a variety of coastal and marine applications. Deriving
current maps from in-situ measurements is difficult due to spatio-temporal separation of …

In this letter, a waterflow velocity detection method with a 24 GHz millimetre-wave radar is
presented based on a modified matrix-pencil (MP) method to alleviate the issue of stochastic …

With lack of convergence on any single wave or tidal technology, test centres have a unique
role in the marine renewable energy industry. Test centres facilitate real testing at sea for …