A multifactorial experimental research on erosion-corrosion behavior of liquid–solid swirling
flow in pipeline was carried out by a circulating loop system in combination with a variety of …

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 …

Flow accelerated corrosion (FAC) is one of the important issues that must be considered for
aging fossil and nuclear power plants. To understand the effect of thermal flow field on FAC …

This paper focuses on evaluation of differences in the newly manufactured U-tubes and
ones after operation. Differences in geometry and internal surface roughness were …

Experimental and numerical studies are carried out to understand the mass transfer
characteristics in a circular pipe behind an orifice, which is often encountered in pipe-wall …

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 …

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 …

Mass and momentum transfer characteristics in a 90° elbow with a radius to pipe diameter
ratio of 1.5 are studied experimentally with the aid of the plaster dissolution method, planar …

Mass and momentum transfer characteristics in and downstream of a 90° elbow are studied
experimentally with the aid of the plaster dissolution method, surface flow visualization in the …

The flow-accelerated corrosion (FAC) behavior at different bending angles in bend pipe in
simulated secondary circuit water environment of pressurized water reactor (PWR) was …