A planar microwave resonator sensor is designed, customized, and fabricated to detect
coating breaches in industrial steel pipelines. The sensor, which utilizes a ring-shaped …

In this article, a fully passive, wireless solution for out-of-sight pipeline monitoring is
presented. By predicting corrosion before its occurrence, a proactive response may be taken …

The detection and recognition of surface cracks are of great significance for structural safety.
This paper is based on a deep-learning methodology to detect and recognize structural …

Crack is the earliest indication of structural deterioration. It is necessary to examine the
structural elements as cracks can affect the durability and safety of civil infrastructures …

This work presents a chipless RFID-based sensor for pipeline integrity monitoring in real-
time fashion. The sensor monitors the coating lift-off from the pipeline, which is the initial step …

Microwave sensors have attracted interest as non-destructive metal crack detection (MCD)
devices due to their low cost, simple fabrication, potential miniaturization, noncontact nature …

Metamaterial‐based microwave sensor having novel and compact structure of the
resonators and the slotted microstrip transmission line is proposed for highly precise …

In this paper, out of sight microwave concentration sensing is presented to detect salty water
ingress in pipeline coatings. Unlike conventional sensors that monitor pipeline corrosion …

This paper deals with the design and simulation of a Split Ring Resonator (SRR) for the
detection of leaks, corrosion and cracks in pipeline networks intended for transporting crude …

A planar microstrip transmission line with dual semicircle complementary split-ring resonator
(CSRR) is proposed as a high sensitivity RF sensor for detecting non-uniformity of the …