This review article provides an in-depth discussion on the hot deformability, processing map
analysis, and microstructural development in superalloys, as well as the associated …

The recent discovery of multicomponent principal alloys and the enhanced comprehension
of their physical metallurgy have significantly advanced the understanding of microstructure …

The hot compressive behavior of GH4698 superalloy is examined in the temperature range
of 950–1100° C and strain rate range of 0.001–1 s− 1. The observations from the flow stress …

The processing maps developed by dynamic material modelling (DMM) method are now
widely used in the design of hot forming processes. However, this applies to those …

The hot tensile behavior of a typical Ni-based superalloy is elucidated using a
microcomputer-controlled electronic universal testing machine at various deformation …

Microstructure is an important factor that affects the mechanical properties and service life of
forgings. Through the full study of the formability of the material, the internal microstructure of …

This study conducted isothermal hot compression experiments on Incoloy825 superalloy,
spanning temperatures from 1000 to 1150° C, strain rates from 0.01 to 10 s− 1, and a true …

Incoloy 800H alloy has excellent high‐temperature mechanical properties and broad
application prospects. However, the dynamic recrystallization (DRX) behavior of this alloy at …

The high-temperature deformation behavior and fracture mechanism of Fe–Ni-Cr superalloy
under high strain rates from 1 to 100 s− 1 were studied by hot tensile experiments at a …

The hot deformation behavior of 30MnB5V steel was experimentally investigated and
theoretically analyzed using phenomenological constitutive models and an ensemble …