As part of rolled steel's design and optimization, computational modeling and simulation are
increasingly applied for predicting the properties and microstructure of final steel products …

Modern thermal and thermochemical treatment of steels is a rapidly growing research area.
Thermochemical processes are researched, designed, optimized, and controlled by …

Residual stresses evidently affect the strength, fatigue property and machining deformation
of the mechanical components. Therefore, stress relief processes are extensively applied in …

Spur gears are widely applied in transmissions of heavy load cases, such as turbines, ships,
mining devices, and other industrial applications. Increasing the tooth root bending strength …

A computational modeling for predicting microstructure evolutions and mechanical
properties of steels under thermo-mechanical-metallurgical process is established, for the …

Spot continual induction hardening (SCIH), as a new selective surface hardening
technology proposed in recent years, has unique advantages in strengthening metallic …

Research on lithium compounds has attracted much attention nowadays. However, to
elucidate the precise structure of lithium compounds is a challenge, especially when …

In this study, finite element (FE) modeling of the microstructure evolutions and resultant
mechanical properties in the grade 600 MPa steel bar subjected to the TempCore process, a …

The considerable heat treatment induced runout value in the end face of the automobile
main reducer gear is always dimensionally out of tolerance. It directly affects the …

This work concurrently investigates the microstructure evolution and stress state during
continuous cooling of 1045 steel gear parts. A finite element algorithm was developed by …