Underground pipelines are vital means of transporting fluid resources like water, oil and gas.
The process of locating buried pipelines of interest is an essential prerequisite for pipeline …

AWING operating in the proximity to the ground introduces different ow physics from that in
freestream. Comparatively little information is placed in public domain about an inverted …

The successful operation of buried infrastructure within urban environments is fundamental
to the conservation of modern living standards. Open‐cut methods are predominantly used …

The successful operation of buried infrastructure within urban environments is fundamental
to the conservation of modern living standards. In this paper a novel multi-sensor image …

Buried pipeline systems play a vital role in energy storage and transportation, especially for
fluid energies like water and gas. The ability to locate buried pipes is of great importance …

This paper describes an experimental study into the detection and location of underground
cables using magnetic field measurements. The basic theory behind the technique is …

Shallow geophysical techniques such as Ground Penetrating Radar (GPR) have been
widely used to detect buried utilities. However, these techniques are influenced by ground …

Before commencing excavation or other work where power or other cables may be buried, it
is important to determine the location of cables to ensure that they are not damaged. This …

A new time-domain strip theory is developed in this thesis. Compared with traditional strip
theory, the main difference is that the calculation is carried out in the time domain. Exciting …

The ground in which utility service pipelines are buried inevitably controls, to a large degree,
the structural performance and progressive deterioration of the pipelines themselves. In a …