The results of phase equilibrium, paraequilibeium calculations are archived here.

• Fe-1.02C-0.13Si-0.19Mn wt%, H. K. D. H. Bhadeshia
• Fe-13Mn-1C wt%, Hadfield steel, H. K. D. H. Bhadeshia
• Fe-Cr-0.05C wt%, 973 K, Cr from 0-35 wt%, H. K. D. H. Bhadeshia
• Fe-7.4Cr-1.8Ni wt%, H. K. D. H. Bhadeshia
• Fe-V-C, α, γ and V4C3, spreadsheet, spreadsheet2, PDF, PDF2 by Shaumik Lenka
• Fe-Ti-C, α and cementite H. K. D. H. Bhadeshia
• Fe-0.4N wt%, α\(α+γ) H. K. D. H. Bhadeshia and M. Peet
• Fe-0.4N wt%, α\(α+Fe₄N) H. K. D. H. Bhadeshia and M. Peet
• Fe-0.04C wt%, α\(α+γ) H. K. D. H. Bhadeshia and M. Peet
• Fe-0.04C wt%, α\(α+θ) H. K. D. H. Bhadeshia and M. Peet
• Fe-9.8Ni-6Cu-0.24Nb-0.04C wt%, You Young Song
• One form of superbainite wt%, H. K. D. H. Bhadeshia
• Fe-2Mn-0.8C wt%, A. Pandit
• Fe-0.8C wt%, A. Pandit
• Carburised case of M50_NiL, H. K. D. H. Bhadeshia

• Marageing steel, Fe-12.94Ni-1.61Al-1Mo-0.24Nb-0.04C wt%, H. K. D. H. Bhadeshia

• TRIP-assisted steel Fe-0.2C-1.5Mn-1.5Si-0.54Cr-0.05Nb wt%, Tomohiko Hojo

• Interstitial-free steel Fe-0.006C-0.183Mn-0.057Al-0.065Ti wt%, H. K. D. H. Bhadeshia

• Fe-1.04C-0.25Si-0.35Mn-0.125Ni-0.05Mo-1.45Cr with output in mole fractions, H. K. D. H. Bhadeshia
• Fe-1.04C-0.25Si-0.35Mn-0.125Ni-0.05Mo-1.45Cr with output in weight fractions, H. K. D. H. Bhadeshia
• Fe-0.5 and 1.04 C-0.25Si-0.35Mn-0.125Ni-0.05Mo-1.45Cr weight fractions, H. K. D. H. Bhadeshia

• Ferritic stainless steel, γ+M₂₃C₆ permitted phases, by Ashwin Pandit.
• Ferritic stainless steel, γ+α permitted phases, by Ashwin Pandit.

• Fe - 9.8Ni - 6 Cu - 0.24 Nb - 0.04C

• Nitrides, by Sangeeta Khare

• Weld metals calculated using MTTTDATA, H. K. D. H. Bhadeshia

• Bake-hardening steels, by Sourav Das
• X52 pipeline steel, by Mohamed Sherif
• Microalloyed pipeline steel, by Mohamed Sherif
• Microalloyed pipeline steel, by Mohamed Sherif
• Microalloyed pipeline steel, by Mohamed Sherif

• Fe-0.8C-1.6Si-2Mn-1Cr-0.24Mo-3.9Co-1.4Al wt% equilibrium
  by Hala Salman Hasan and Mathew Peet
  • Plot
  • SP11-tcfe-fcc-bcc-cem
  • Plot
  • SP11-sgte-fcc-bcc-cem
  • Plot
  • SP11-sgte-fcc-bcc.txt
  • Plot
  • Plot
  • Plot
• Fe-Mn-Ni-C
  • Fe-0.1313C-2.275Mn-4.033Ni, γ
  • Fe-0.1313C-2.275Mn-4.033Ni, α
  • Fe-0.125C-2.27Mn-5.02Ni, γ
  • Fe-0.125C-2.27Mn-5.02Ni, α
  • Fe-0.202C-2.50Mn-6.74Ni, γ
  • Fe-0.202C-2.50Mn-6.74Ni, α
  • Fe-0.1313C-2.275Mn-4.033Ni, γ+α equilibrium
  • Fe-0.125C-2.27Mn-5.02Ni, γ+α equilibrium
  • Fe-0.202C-2.50Mn-6.74Ni, γ+α equilibrium
  • Fe-0.1313C-2.275Mn-4.033Ni, γ+α paraequilibrium
  • Fe-0.125C-2.27Mn-5.02Ni, γ+α paraequilibrium
  • Fe-0.202C-2.50Mn-6.74Ni, γ+α paraequilibrium
  by Guo Lei
• Fe-Si-C, cementite-γ equilibrium by Mathew Peet
• Fe-0.24C-1.37Mn-0.52Mo-0.5Ni-0.23Si by Sourabh Chatterjee
• Fe-Mn-Si-C and Fe-Mn-Si-C-Ti-Nb-V by Guo Lei and Lan Huifang
• High-nickel, ferritic weld metals
  • Weld 1
  • Weld 2
  • Weld 3
  • Weld 4
• Fe-Cr-Mo-C
• Power plant steel
• Power plant steel 2
• Paraequilibrium
• Paraequilibrium, hypereutectoid steel
• Script for paraequilibrium (Ashwin Pandit)
• Fe-C-Mn
• Fe-0.4C-30Ni wt%

5th edition published 2024

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Free download Published 2021

Free download

Published 2022

October 8th, 2024