Pipe wall thickness reduction due to Flow Accelerated Corrosion (FAC) depends on mass
transfer coefficient (MTC), temperature, pH and roughness. The purpose of this research …

In this paper, local corrosion pits were stimulated by arc defect pits (ADP) of different sizes.
The corrosion of specimens was tested in high-speed flow CO 2-saturated NACE solution …

The pipeline defects of flow accelerated corrosion (FAC) on the corrosion behaviors and
localized corrosion mechanisms on different locations of the depressions and the welded …

The electrochemical corrosion behavior and the development mechanism of the local
corrosion of X65 steel under different defect depths were studied by using macroscopic …

The influence of elbow curvature on the flow field of a 90° elbow was studied experimentally
to understand the flow and turbulence structure in the elbow using planar and stereo particle …

Weld corrosion exists widely in the petrochemical industry and attracts great attention. Most
research proves that weld corrosion originates from the material factors introduced during …

The response and recovery of turbulent pipeflow over multiple square bar roughness
elements with periodic and staggered patterns are examined at a Reynolds number of 1.56× …

The influence of swirling flow on mass and momentum transfer downstream of a pipe with
elbow and orifice is studied experimentally. The experiments are carried out in the pipe at …

The corrosive environment in long-distance natural gas pipeline was simulated by the online
high shear stress flow test platform. The interaction between flow fields and local corrosion …

Hydrogen is an energy carrier which can be utilized in many sectors like stationary and
transportation energy with nearly zero emission. Hydrogen energy is more efficient when …