Modeling of the hot deformation behavior of a high phosphorus steel using artificial neural networks
The hot deformation behavior of high phosphorus steels were investigated through thermo-
mechanical simulations for temperatures ranging from 750° C to 1050° C and with strain …
mechanical simulations for temperatures ranging from 750° C to 1050° C and with strain …
Microstructural study and phenomenological modelling to predict high temperature deformation behaviour of high phosphorus steel
Physical simulation of as-extruded Fe-0.05 C-0.13 P alloy was conducted on Gleeble® 3800
in the temperature range of 750–1050° C at the intervals of 50° C. Cumulative true strain of …
in the temperature range of 750–1050° C at the intervals of 50° C. Cumulative true strain of …
Hot working behaviour and processing maps of duplex cast steel
I Alcelay, E Peña, AA Omar - International Journal of Materials …, 2021 - degruyter.com
In this paper the hot working behaviour of medium carbon duplex cast steel is studied using
uniaxial hot compression tests over a temperature range varying from 700˚ C to 1 000° C …
uniaxial hot compression tests over a temperature range varying from 700˚ C to 1 000° C …
3D processing map and high-temperature deformation behaviour of Fe–0.13 P–0.05 C–0.015 N steel
Steels alloyed with high phosphorus should be developed for those applications where both
strength and corrosion resistance are required. Structural steels such as rebars are …
strength and corrosion resistance are required. Structural steels such as rebars are …
Dynamic recrystallization and grain refinement of Fe-PC-Si and Fe-PC-Si-N steels
Grain refinement is an effective technique to improve the mechanical properties of steels. In
the present work, single-pass hot compression experiments have been conducted on two …
the present work, single-pass hot compression experiments have been conducted on two …
Effect of Strain on Hot Deformation Behavior and 3-D Processing Maps of a Vanadium and Titanium Microalloyed Steel
Y Xiang, P Qian, X Gu, H Wang - Journal of Materials Engineering and …, 2023 - Springer
The hot deformation behavior of a V-Ti microalloyed steel was studied via hot compression
testing at the deformation temperature of 900-1050° C, strain rate of 0.005-10 s-1 and strain …
testing at the deformation temperature of 900-1050° C, strain rate of 0.005-10 s-1 and strain …
Prediction of hot deformation behavior of high phosphorus steel using artificial neural network
To predict the hot deformation behavior of high phosphorus steel, the hot compression
experiments were performed with the help of thermo-mechanical simulator Gleeble® 3800 …
experiments were performed with the help of thermo-mechanical simulator Gleeble® 3800 …
Modeling of hot deformation behavior of high phosphorus steel using Johnson-Cook model
To describe the hot deformation behavior of high phosphorus steel, isothermal hot
compression test was performed using Gleeble 3800 thermo-mechanical simulator in the …
compression test was performed using Gleeble 3800 thermo-mechanical simulator in the …
[PDF][PDF] Modeling of the hot deformation behavior of a high
The hot deformation behavior of high phosphorus steels were investigated through
thermomechanical simulations for temperatures ranging from 750 ºC to 1050 ºC and with …
thermomechanical simulations for temperatures ranging from 750 ºC to 1050 ºC and with …