Understanding fatigue phenomena in metals is of great significance for mechanical
performance in engineering systems. Microstructural evolution in austenitic stainless steels …

This study aims at fully utilizing dislocation strengthening for higher hardness of stainless
steel 316 L through two methods: 1) Multi-layer directed energy deposition (DED) is utilized …

Middle-carbon martensite steels are vital materials for mechanical components and their
mechanical properties have attracted significant interest. However, the decrease in the …

The effect of titanium-alloying on microstructure and mechanical properties of
Fe35Ni35Cr20Mn10 high-entropy alloy (HEA) was studied. The microstructure was …

This study reports on a single-track laser surface alloying process that utilizes SiO 2 powder
to disperse both SiO 2 particles and oxide inclusions in 316L stainless steel for oxide …

The yield stress of Fe-24Ni-0.3 C (wt%) metastable austenitic steel increased 3.5 times
(158→ 551 MPa) when the average grain size decreased from 35 μm (coarse-grained [CG]) …

This study investigates the cyclic plastic deformation and microstructural evolution of
hydrogen-charged 316L stainless steel. The results of low-cycle fatigue tests indicate that …

This study investigates the microstructure and mechanical properties of wear-resistant
hardfacing structures fabricated on an AISI 1045 carbon steel substrate using a specially …

Many parts made of thin steel sheet are subjected to two types of loads: tension and
bending. In this study, we define and suggest novel fatigue failure criteria based on the …

In welded structures with complicated geometries and combined loading state, it is crucial to
establish the criteria for fatigue failure. High cycle fatigue tests under combined loading …