This study aims to improve the corrosion resistance of the low carbon steel by cladding it
with super duplex stainless steel using laser powder bed fusion process. Critical process …

Recent findings reveal that Cr nitride precipitation during lean duplex stainless steel (LDSS)
2101 aging at 475° C is more detrimental to its corrosion resistance than Cr depletion …

The solidification behavior, especially involving multi-phase, of duplex stainless steel (DSS)
directly determines its microstructures. However, thermodynamic calculations and other …

The G-phase with a cubic morphology in a Fe20Cr9Ni duplex stainless steel was found after
thermally aged at 475° C for different times in this study. The microstructural evolution …

An investigation was made of the effect of aging for up to 2000 h at 475° C on the properties
of the newly developed lean duplex stainless steel (LDSS) 2404. Due to its lower alloying …

Ageing at 600° C (from 0.1 h up to 20 h) leads to the formation of precipitations at the ferrite-
ferrite (α/α) and ferrite-austenite (α/γ) grain boundaries of the lean duplex stainless steel …

When subjected to long-term aging at intermediate temperatures, the 15–5PH precipitation
hardening martensitic stainless steel is subject to a complex evolution of its microstructure …

Hot tearing is one of the major defects in continuous casting of steels, which severely limits
the productivity of steelmaking processes. To further understand the defect, the problem of …

Abstract Z3CN20–09M stainless steel, a candidate material for coolant pump shells,
experiences cavitation erosion (CE) in nuclear reactor service. Z3CN20–09M steel's CE …

Duplex stainless steel is a structural material that is highly used in nuclear power plants,
especially in the reactor core components and pipelines. Long-term exposure of duplex …