Numerical simulation is an effective research approach to assess the condition and predict
the remaining service life of process pipelines suffering corrosion hazards. This work …

High-speed electrified rail transit (HSERT) has been developed intensely worldwide.
However, the reinforced concrete infrastructure (RCI), especially for the deck of viaducts, has …

The development of self-healing coating technology makes the corrosion inhibitor can be
used in preventing the external corrosion of the pipelines, providing a new possibility that …

Electric power systems influences on nearby structures have been widely investigated in the
last decades. Generally, the practical projects contemplate simplified studies that calculate …

The failure cause of a transition pipeline, which has experienced severe internal corrosion
during installation in the soil environment and has led to about 25 million dollars loss, is fully …

Limited studies have been conducted on the effect of a magnetic field on the corrosion
behavior of steels. Investigating the effect on pipeline material in the oil and gas industries …

The combined effect of alternating current (AC) and Cl-on the corrosion behavior of X70
steel was studied by conducting electrochemical experiments and evaluating corrosion …

The application of the finite element method (FEM) to the analysis of AC interference
between transmission lines and buried steel pipelines has been extensively studied in …

The optimization of mechanical properties of the welded joints requires a statistical
approach such as Taguchi experimental designs associated with experimental techniques …

Gas and oil pipelines are widely used to supply customers. They are often laid in parallel
with high voltage power lines, sharing right of way. When the pipeline is located near …