A novel high nitrogen hot-work die steel 3Cr5Mo2SiVN was manufactured by pressurized
induction melting, possessing excellent hardness-strength-toughness balance under …

Rock breaking has always been a challenging problem that must be solved in projects such
as excavating mountains, drilling wells, and constructing railways. Among the rock-breaking …

H13 can hardly meet the requirements of advanced manufacturing industries due to its
insufficient strength at elevated temperatures. In the present work, modified CXN02 and …

High− temperature wear failure has been a major challenge to die parts. This work provides
a comprehensive study on the high− temperature wear performance of a TiC/H13 composite …

The effect of long-term isothermal aging of Haynes 230 super-alloy in an advanced ultra-
supercritical (A-USC) power plant at 700° C for up to 10,000 h on microstructural evolution …

The aim is to overcome the issues of high-hardness material welding by different additives
used to achieve the desired improvements. The research is focused on Hardox 450 steel …

Thermal fatigue failure is one of the main factors affecting the service life of hot work die
steel. Achieving excellent thermal fatigue resistance for hot working die steels can benefit …

An experimental hot work tool steel with a leaner chemistry compared to the standard AISI-
H13 grade, aimed at enhanced processability, was gas atomized and processed using laser …

In this study, the microstructural evolution of H13 hot‐work die steel during isothermal
tempering at 500≈ 650° C is evaluated, and kinetic equations and a neural network are …

A new process was proposed for extracting molybdenum from tungsten solutions in acidic
tungsten-molybdenum mixed solution. The extraction ratio of molybdenum reached 70 …