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

A precise constitutive model is essential for capturing the deformation characteristics of the
GH4169 superalloy in numerical simulations of thermal plastic forming processes. Hence …

The design of superplastic forming technologies requires accurate description of material
flow behaviour. Furthermore, as the flow curves reflect the deformation mechanisms and …

This study addresses the usage of data from industrial plate mills to calculate the mean flow
stress of different steel grades. Accurate flow stress values may optimize rolling technology …

This review paper offers a comprehensive analysis of the hot deformation characteristics,
microstructural changes, and the derived constitutive equations for the flow stress forecast …

This study introduces a novel deep learning network that integrates a single-layer
bidirectional long short-term memory (Bi-LSTM) network with a coding layer to analyze the …

The hot deformation behavior of AA6082 was investigated through isothermal compression
tests performed within a temperature range of 350° C to 560° C and a strain rate range of …

Inconel 601 superalloy sample surfaces were pack-borided at 1000° C for 4 h and 6 h to
investigate the effect of boriding treatment on the mechanical and high temperature wear …

Abstract Ni-Co-Fe based alloy 783 is commonly employed as bolt material in power plants.
Its initial state possesses a γ matrix strengthened through B2-type β phase and L1 2-type …

Plasma arc additive manufacturing (PAAM) stands out for its remarkable efficient utilization
and good performance reliability, making it a highly favored additive manufacturing …