Reinforced concrete (RC) is common throughout modern industrial and civil infrastructure.
Adding steel reinforcing bars (“rebar”) to concrete improves tensile strength, but if exposed …

This paper aims to introduce a new nondestructive method dedicated to rebar concrete
debonding detection (which may be caused by corrosion). The Magnetic Force Induced …

Steel reinforcement corrosion can result in disastrous bridge failures over time. To manage
the human and financial risks associated with such unexpected functional bridge failures …

A composite material is made of two or more constituents of different characteristics with the
intent to complete the shortcomings of the individual components and to get a final product …

Reinforced concrete is widely used in urban and industrial structures. Exposure of such
structures to cyclic loads may cause crack initiation in the reinforcement steel (rebar). In …

Non-destructive defect testing with a passive magnetic detection technique is crucial for
magnetic materials, which can be exempt from the extra excitation magnetic field or …

Steel reinforcement corrosion, the most significant cause for Reinforced Concrete (RC)
structural failure, should be monitored to reduce human and financial risk. A novel passive …

Reinforced concrete is a versatile modern construction material. Despite its advantages as a
composite material, corrosion of the embedded reinforcing steel leads to infrastructure …

Life quality, industrial productivity, and community safety can be assured by the reliability
and the safety of infrastructure such as highways, bridges, and energy-supply systems …

Defect detection is a prime goal of Non‐Destructive Testing (NDT) methods; detection
accuracy and quantification are important secondary goals. Intelligent detection methods …