This review examines copper corrosion mechanisms and their key influencing factors,
including microstructure effects, surface treatments, manufacturing conditions, temperature …

Under the combination of certain corrosive ions and stress, Cu-Ni alloys may experience
severe stress corrosion cracking (SCC), which causes premature failure and hinders their …

This study examined the premature failure of cupronickel (CuNi10Fe) tubes in a shell-and-
tube heat exchanger after five months of service. An investigation to identify the root cause of …

In this study, pitting corrosion in copper pipe used for sprinkler according to dissolved
oxygen (DO) concentration was investigated through failure analyses, flow visualization test …

Abstract The 316LN Stainless Steel (SS) weld joints were fabricated using Tungsten Inert
Gas (TIG) Welding and Activated Flux Tungsten Inert Gas (A-TIG) Welding techniques with …

Laser cladding is a surface modification method that can be employed in components under
severe operating conditions, such as boiler heat exchangers, to mitigate degradation …

The failure of the connectors between the slip ring and rotor of a 2 MW wind turbine was
investigated. Visual inspection, low magnification stereomicroscopy and scanning electron …

The failure behavior and the failure mechanisms of the copper tube used in the air
conditioning heat exchanger were analyzed using macrostructure and microstructure …

Although copper (Cu) pipes are widely used in refrigerant pi** owing to their high thermal
conductivity and weathering resistance, there are concerns regarding the increasing price …

The air vent connected to a heat supply pipeline in the district heating system has been used
to eliminate the existing air in the pipe, which has a detrimental effect on corrosion durability …