Abstract Flow Accelerated Corrosion or FAC has been under investigated since 1980s.
However, with its well understood mechanism and developed preventive measures, the …

Thinning of pipe wall due to erosion and corrosion has resulted in many catastrophic failures
and huge economic losses in petroleum refineries (Wood et al., 2013) and nuclear power …

The present work focuses on the flow accelerated corrosion (FAC) study of API X70 steel in
a synthetic solution of oilfield water under a turbulent flow with 3 m/s velocity in a loop …

Stainless steel (SS) is widely employed in industrial applications that demand superior
corrosion resistance. Modeling its corrosion behavior in common structural and various …

The effect of magnetite on the corrosion of carbon steel was investigated in simulated
secondary water of pressurized water reactors at 60° C by using the immersion and …

Pressure fluctuations are one of the primary concerns regarding the safety of two-phase
flows in pipelines. Therefore, it is crucial to closely monitor pressure variations and predict …

The flow accelerated corrosion (FAC) of EH 36 carbon steel in the oxygen containing flowing
electrolyte is studied using multi-electrode array arranged in a jet rig system. The FAC of the …

Recurrence analysis of pressure signals measured from the pipe wall simultaneously with
flow visualization is used to depict a methodology for identifying intermittent flow sub …

Aeration in slug and associated secondary flow leads to surging of pressure and erosion
corrosion in pipe. Surging of pressure develops high mechanical impact on the pipe, and …

Erosion-corrosion (EC) is a significant cause of pipeline failure in the petrochemical industry.
The influence of laser surface melting (LSM) on the EC of API X70 steel was investigated …