This chapter reviews different techniques for evaluating and measuring the corrosion of steel
in concrete. Since corrosion consists of electrochemical reactions at the interface between …

Identification and localization of anomalies in pipeline structure is an essential requirement
in many industries. There are numerous reasons that can lead to pipeline damage and …

Corrosion-induced cracking in prestressed concrete elements has been one of the most
dominant factors that can cause the deterioration of concrete structures. Since most of the …

We present a printed circuit board-based wireless inductively coupled corrosion potential
sensor for monitoring corrosion of steel-reinforced concrete civil infrastructure. The sensor is …

Corrosion of reinforcing steel, which results in premature deterioration of reinforced concrete
structures, is a worldwide problem. Most corrosion sensing techniques require some type of …

Preservation and rehabilitation of valuable historic heritage buildings require effective and
efficient monitoring systems to ensure proper maintenance of durability and functionality of …

Railway bridges deteriorate with age. Factors such as environmental effects on different
materials of a bridge, variation of loads, fatigue, etc. will reduce the remaining life of bridges …

Concrete structures with steel-reinforced rebar are in a continuous and losing battle with
corrosive elements that naturally occur from long-term exposure to an aggressive …

This paper describes the ongoing research efforts to develop a novel class of low-cost,
unpowered, wireless sensors for detecting corrosion of reinforcement in concrete structures …

Different evaluation and corrosion measurement techniques of steel in concrete are
reviewed in this chapter. Corrosion involves electrochemical reactions at the interface …