Books

• Theory of Transformations in Steels
• Innovations in Everyday Engineering Materials
• Bainite in Steels
• Geometry of Crystals, Polycrystals, and Phase Transformations
• Mathematical Crystallography
• Alloying Elements in Steels
• Physical Properties of Martensite and Bainite
• Mechanisms of Phase Transformations in Crystalline Solids
• Crystal Plasticity
• Extremely Strong Steels
• Excellence in Steels Research
• Solidification
• Conference Proceedings
• Bainite - from nano to macro
• Adventures in the physical metallurgy of steels
• Isolation - secrets, solitude, atoms ......

Review Articles

Allotriomorphic Ferrite

• Diffusional Transformations: The Nucleation of Superledges
• Ferrite Formation in Heterogeneous Dual-Phase Steels
• Model for Dual-Phase Steels
• Diffusional Formation of Ferrite in Iron and its Alloys
• Reversibility of the Allotriomorphic Ferrite and Austenite Transformations
• Carbide Precipitation and the Nucleation of Ferrite in a Fe-W-C Alloy
• A Direct Study of Grain Boundary Allotriomorphic Ferrite Crystallography
• The Reconstructive Austenite-Ferrite Transformation in Low-Alloy Steels.
• Modelling of Isothermal Ferrite Formation using an Analytical Approximation to Soft Impingement
• Contribution of Microalloying to the Strength of Hot-rolled Steels
• Domains of Steels with Identical Properties
• Transformation texture of allotriomorphic ferrite in steel
• Dual orientation and variant selection during diffusional transformation of austenite to allotriomorphic ferrite
• Problems in the calculation of transformation texture in steels
• Prediction and Exploitation of Transformation Texture
• Interphase precipitation in Ti-Nb and Ti-Nb-Mo steel
• Phosphorus embrittlement of ferrite-ferrite boundaries
• Tolerable phosphorus content

Pearlite

• Alternatives to the Ferrite-Pearlite Microstructure
• Mixed Diffusion-Controlled Growth of Pearlite in Binary Steel
• Mixed Diffusion-Controlled Growth of Pearlite in Ternary Steels
• Divorced Pearlite Steels
• Pearlite in ternary steels
• Extremely Fine Pearlite
• Difficult diffusion
• Strength of undeformed pearlite

Widmanstaetten Ferrite

• Structure of the Broad Faces of Ferrite Plates
• Diffusion-controlled Growth of Ferrite Plates in Plain Carbon Steels
• Nucleation of Widmanstaetten Ferrite
• High-Strength Steel Refined with Intragranularly Nucleated Widmanstaetten Ferrite
• Stress-Affected Transformation to Widmanstaetten Ferrite
• Mechanical Stabilisation of Widmanstaetten Ferrite
• Ausforming of medium carbon steel
• Kinetics of the Widmanstaetten Ferrite Transformation

Bainite

• Bainite - the questions
• The Bainite Transformation in a Silicon Steel
  
• The Mechanism of Bainite Formation in Steels
• The Lower Bainite Transformation and the Significance of Carbide Precipitation
• Bainite: The Incomplete-Reaction phenomenon and the approach to equilibrium
• Discussion of: The Bainite Transformation in a Silicon Steel
• Bainite in Steels
• The Bainite to Austenite Transformation
• Diffusional and Displacive Transformations
• Production and Metallurgy of Advanced Bainitic Steels
• Bainite: The Current Situation
• Bainite Transformation in Steels
• Bainite Transformation in Chemically Heterogeneous 300M High-Strength Steel
• Model for the Transition from Upper to Lower Bainite
• "Model of transition from upper to lower bainite in multi-component system"
• Metallographic Observations on The Mechanism of The Bainite Transformation
• Carbon Concentration of Retained Austenite in Isothermally Transformed 300M Steel
• Austenite Films in Bainitic Microstructures
• Role of Niobium in Influencing Transformation of Microalloyed Austenite
• The Reverse Transformations in a High-Strength High-Hardenability Steel
• The Strength of Mixtures of Bainite and Martensite
• Theoretical Analysis of The Displacive Transformation of Austenite to Ferrite in a Fe-Mn-Si-C alloy
• A Model for the Microstructure of Some Advanced Bainitic Steels
• Mechanism of the Transition from Bainite to Acicular Ferrite
• Continuous Heating Transformation of Bainite to Austenite
• Microstructure of Lower Bainite formed at Large Undercoolings Below the Bainite-Start Temperature
• Effects of Stress & Strain on Formation of Bainite in Steels
• Computer Modelling of the Yield Strength of Mixed Microstructures of Bainite and Martensite
• Estimation of Bainite Plate-Thickness in Low-Alloy Steels
• Martensite and Bainite in Steels: Transformation Mechanism & Mechanical Properties
• New Bainitic Steels
• Effect of austenite grain size and bainite morphology on the overall transformation kinetics of the bainite reaction in steels
• The Bainite Transformation: Unresolved Issues
• Model for the maximum fraction of retained austenite in austempered ductile cast iron
• Prediction of the Vickers Hardness in Austempered Ductile Irons using Neural Networks
• Retained Austenite in Austempered Ductile Cast Irons
• Effect of 30 Tesla Magnetic Field on Transformations in a Novel Bainitic Steel
• Tetrataenite)
• Austenite Decomposition in Fe-C-Si-Mn Steel under 30 Tesla Magnetic Field
• Magnetic carbides
• Mössbauer Spectroscopy of Low Temperature Bainite
• Roughness of bainite
• Length scales and alloys of iron
• A Classical Thermodynamic approach to Void Nucleation in Irradiated Materials
• Neural network analysis of Charpy transition temperature of irradiated low-activation martensitic steels
• Designing optimised experiments for the international fusion materials irradiation facility
• Elongation of Irradiated Steels
• Comments on Kinetics of the Bainite Transformation
• A Personal Commentary on "Transformation of Austenite at Constant Subcritical Temperatures"

Bainite: Observation of atoms

• An atom-probe study of Bainite
• Lattice Spacings from Lattice Fringes
• Bainite: An Atom-probe study of the Incomplete-Reaction Phenomenon
• Distribution of Substitutional Alloying Elements During the Bainite Transformation
• Incomplete Bainite Reaction: Differences due to Technique
• Atom Redistribution in Bainitic Steels
• Three-Dimensional Atom Probe Analysis of Carbon Distribution in Low-Temperature Bainite
• Tempering of Low-Temperature Bainite
• Size distribution of blocky retained austenite

Bainite: Design

• Bainite in Silicon Steels: A New Composition-Property approach. Part I
• Bainite in Silicon Steels: A New Composition-Property approach, Part II
• Design of novel high-strength bainitic steels: Part I
• Design of novel high-strength bainitic steels: Part II
• Air-Cooled Bainitic Steels for Strong, Seamless Pipes Part 1: Alloy Design, Kinetics and Microstructure
• Air-Cooled Air-Cooled Bainitic Steels for Strong, Seamless Pipes Part 2: Properties and Microstructure of Rolled Material
• Steels for Rails
• Steels for rails
• Hypereutectoid steel
• Vanadium in rails
• New Bainitic Steels by Design
• Design of Strong, Tough and Affordable Steels
• Carbide-free Bainite: Compromise between Rate of Transformation and Properties

Bainite: Kinetics

• Bainite: Overall Transformation Kinetics
• The Partitioning of Carbon from Supersaturated Ferrite Plates
• Bainite: Mobility of the Transformation Interface
• Kinetics, Solute-Drag and Mechanism of the Bainite Reaction in Steels
• Coupled Diffusional/Displacive Transformations
• Ferrite Nucleation at Ceramic/Steel Interfaces
• The Bainite Transformation in Heterogeneous Steels
• Coupled Diffusional/Displacive Transformations
• Growth Rate Data on Bainite in Alloy Steels
• Kinetics of the Bainite Transformation in Steels
• Coupled Diffusional/Displacive Transformations, Part II: Solute Trapping
• Kinetics of Martensitic Transformation in Partially Bainitic 300M Steel
• Bainite Nucleation from Mineral Surfaces
• The Effect of Niobium in Solid Solution on the Transformation Kinetics of Bainite
• Competitive Effects of Niobium and Niobium Carbides on the Kinetics of the Bainite Reaction
• Niobium carbides in hot-rolled slab
• Titanium-Rich Mineral Phases and The Nucleation of Bainite
• Kinetics and Mechanism of Bainite Transformation in High Strength Steels
• Bainite Transformation Kinetics: Part I Modified Model
• Bainite Transformation Kinetics: Part II Non-Uniform Distribution of Carbon
• Coupled Diffusional/Displacive Transformations: Effect of Carbon Concentration
• Solid-State Nucleation of Acicular Ferrite on Minerals Added to Molten Steel
• Mathematical Modelling of Bainite Transformation Kinetics"
• Nucleation Theory for High-Carbon Bainite
• Kinetics of the Bainite Transformation
• Bimodal Size-Distribution of Bainite Plates
• Multiple heat treatments: bainite and TRIP steel
• Very Short and Very Long Heat-Treatments in the Processing of Steel
• Relative effects of Mo and B on ferrite and bainite kinetics in strong steels
• Bainite kinetics: synchrotron X-rays
• Atomic mechanism of the bainite transformation
• Temperature Cycling and the Rate of the Bainite Transformation

Bainite: Nanostructured

• Very Strong Low Temperature Bainite
• Low Temperature Bainite
• Hard Bainite
• Acceleration of Low-Temperature Bainite
• Large Chunks of Very Strong Steel
• Very Strong Bainite
• Superbainita. Una nueva microestructura bainítica de alta resistencia
• High-Performance Bainitic Steels
• Mechanical Properties of Low-Temperature Bainite
• Bulk Nanocrystalline Steels
• First bulk nanostructured metal
• 52nd Hatfield Memorial Lecture: Large Chunks of Very Strong Steel
• Very Strong Bainitic Steels: Atomic Mechanisms and Properties
• In-situobservations of lattice parameter fluctuations in austenite and transformation to bainite
• Hard Bainite
• Bainitic Bulk--Nanocrystalline Steel
• The Nature, Mechanism and Properties of Strong Bainite
• The Nature, Mechanism and Properties of Strong Bainite
• Time-Resolved X-ray diffraction Investigation of Austenite and Transformation to Bainite
• Synchrotron X-ray Studies of Austenite and Bainitic Ferrite
• Designing Low Carbon, Low Temperature Bainite
• Properties of Fine-Grained Steel Generated by Displacive Transformation
• Nanostructured bainite
• Fatigue of extremely fine bainite
• Fracture of fine bainite
• Powder metallurgical nanobainite
  
• Powdered nanobainite
  
• Tetragonal ferrite
  
• Noncubic ferrite
  
• Noncubic ferrite: Cottrell issue
  
• More evidence for tetragonality
  
• Hot nanostructured bainite
  
• Adiabatic shear, nanostructured bainite
  
• Magnetisation
  
• Anomalies in carbon concentration determinations
  
  
• Thixiotropic bainite
• Melt-spinning of bainitic steel
• Toughness anomalies in nanostructured bainite
• Tension in stable bainite
• NiAl and bainite

Bainite: Stress and Strain Effects

• Effect of Small Stresses on Kinetics of Bainite Transformation
• Mechanical Stabilization of Bainite
• Stress Affected Bainitic Transformation in an Fe-Mn-Si-C Alloy
• Effect of Stress on Bainitic Transformation in a Fe-Mn-Si-C Alloy
• Stress-Induced Transformation to Bainite in a Fe-Cr-Mo-C Pressure Vessel Steel
• Effects of Stress & Strain on Formation of Bainite in Steels
• Stress Affected Transformation to Lower Bainite
• Quantitative Evidence for the Mechanical Stabilisation of Bainite
• Effect of Plastic Deformation on the Formation of Acicular Ferrite
• Bainite formation influenced by large stress
• Bainite Orientation in Plastically Deformed Austenite
• Crystallographic Texture of Stress-Affected Bainite
• Crystallography of Stress-Affected Martensite and Bainite
• Crystallographic Texture and Intervening Transformations
• Calculation of Crystallographic Texture due to Displacive Transformations
• Bainite: fragmentation of cyrstallographically homoneneous domains

Bainite: Surface Relief

• High Resolution Observations of the Displacements Caused by Bainitic Transformation
• Surface relief due to bainite transformation at 473 K
• Developments in Martensitic and Bainitic Steels: Role of The Shape Deformation
• Shape deformation due to bainite

Bainite: Thermal Stability

• Theoretical Analysis of changes in Cementite Composition during the Tempering of Bainite
• Tempering of a Hard Mixture of Bainitic Ferrite and Austenite
• Tempering nanostructures
• Severe tempering of hard bainite
• Thermal stability of austenite retained in bainitic steels
• Thermal Stability of Retained Austenite in Bainitic Steel: an in situStudy

Bainite: TRIP-assisted steels

• TRIP-Assisted Steels?
• Stability of Retained Austenite in TRIP-Assisted Steels
• Analysis of the Mechanical Properties and Microstructure of a High-Silicon Dual-Phase Steel
• Dual-phase hot-press forming alloy
• Low-alloy duplex, directly quenched transformation-induced plasticity steel
• Strain Partitioning and Mechanical Stability of Retained Austenite
• δ-TRIP Steel
• Solidification of δ TRIP Steels
• Macrosegregation
• Non-equilibrium solidification and ferrite in δ-TRIP steel
• Spot weldability of δ-TRIP steel containing 0.4 wt-%C
• Spot weldability of δ-TRIP steel
• Extraordinary ductility in Al-bearing δ-TRIP steel
• Stabilisation of ferrite in hot-rolled δ-TRIP steel
• Mechanical Stabilisation of Retained Austenite in δ-TRIP Steel
• TRIP-Assisted Steels: Stress or Strain-Affected Martensitic Transformation
• Mn-rich TRIP Steels

• Cementite dissolution in hypereutectoid steels containing chromium
• Steels for Bearings
• Dark-etching matter, Bearings
• Editorial: bearing steels
• Spherioidisation of superbainite
• Cracking bearings
• White matter in bearings
• Superbainite bearings?
• Elimination of white etching matter in bearing steels
• Adiabatic shear?
• Soft white-matter
  
• White-etching cracks
  

Carbides

• Precipitation of Molybdenum Carbide in Steel: Multicomponent-Diffusion and Multicomponent Capillarity Effects
• Modelling Precipitation of Niobium Carbide in Austenite: Multicomponent Diffusion, Capillarity and Coarsening
• Modelling M₆C Precipitation in Niobium-Alloyed Ferritic Stainless Steel
• Theory for niobium effect
• Modelling and Characterisation of molybdenum carbide precipitation and Cementite Dissolution during the tempering of Fe-C-Mo martensitic steel
• Modelling and Characterisation of Vanadium Carbide precipitation and Cementite Dissolution during the tempering of Fe-C-V martensitic steel
• Advances in the Kinetic Theory of Carbide Precipitation
• Modelling Simultaneous Precipitation Reactions in Austenitic Stainless Steels
• Precipitation Sequence in Niobium-Alloyed Ferritic Stainless Steel
• Formation of Chromium Borides in Quenched AISI 310 Stainless Steel
• Influence of Silicon on Cementite Precipitation in Steels
• Sustitutional Solution of Silicon in Cementite: First Principles Study
• First-principles calculations and the thermodynamics of cementite
• ε-carbide in Alloy Steels: First-principles Assessments
• ε-carbide: the elastic constants
• Systematic Study on Iron Carbides
• Coarsening of TiC

Crystallography

• BCC-BCC Orientation relationships, Surface Relief and Displacive Phase Transformations in Steels
• Transformation Texture in Deformed Stainless Steel
• Crystallography of Widmanstätten austenite in duplex stainless steel weld metal
• Texture Analysis of Deformation Induced Martensite in a Stainless Steel: Microstructure and Microtexture Aspects
• Carbon Enrichment in Residual Austenite during Martensitic Transformation
• Crystallographic Texture of Induction-welded and Heat-treated Pipeline Steel
• Induction welding and heat treatment of steel pipes: evolution of crystallographic texture detrimental to toughness
• Investigations into the Microstructure-Toughness Relation in High-Frequency Induction-Welded Pipes
• Tackling the toughness of steel pipes produced by high frequency induction welding and heat-treatment
• Anisotropy in X80 steel
  
• More anisotropy in X80 steel
• Review on anisotropy of linepipe steels
• High-Nb pipe
• Martensit-austenite constituent
• Toughness anisotropy, X70, X80 steels
• 3D misorientatations
• Solution to the Bagaryatskii and Isaichev orientation relationship problem
  
• Cementite
  
• χ (Hägg), η, ε and cementite
• Moon crystals
  

Kinetics

• The Diffusion of Carbon in Austenite
• Commentary on "Diffusion of Carbon in Austenite with a Discontinuity in Composition"
• A Thermodynamic Analysis of Isothermal Transformation Diagrams
• Considerations of Solute-Drag in relation to Transformations in Steels
• The Interpretation of Dilatometric Data for Transformations in Steels
• Diffusion of Carbon in Substitutionally-Alloyed Austenite
• A Methodology for the Prediction of TTT Diagrams
• Kinetics of the Simultaneous Decomposition of Austenite into Several Transformation Products
• Bayesian Neural Network Model for Austenite Formation in Steels
• Competitive Formation of Inter- and Intragranularly Nucleated Ferrite
• Gaussian Process Modelling of Austenite Formation in Steel
• Kinetics of non-isothermal pearlite-to-austenite transformation
• Real and Extended Volumes in Simultaneous Transformations
• Kinetics of Simultaneous Transformations
• Theory for the Growth of Spherical Precipitates with Capillarity Effects
• Growth of Needle and Plate-shaped Particles: Theory for Small Supersaturations, Maximum Velocity Hypothesis
• Theory for Growth of Needle-Shaped Particles in Multicomponent Systems
• Precipitate coarsening in multicomponent systems
• Avrami Theory for Nonuniform Austenite Grain Structures
• Sensitisation and Evolution of Chromium-depleted Zones in Fe-Cr-Ni-C systems

Martensite

• Tempered Martensite Embrittlement: Role of Retained Austenite and Cementite
• A Direct Analysis of Twinning in a Low-Alloy Martensite
• New Crystallographic and Morphological Observations on the Martensite Transformation in AISI 4340-Type Steel
• The Distribution of Retained Austenite in Martensite and the influence of Inter-lath Crystallography
• The Driving Force for Martensitic Transformation in Steels
• Thermodynamic Extrapolation and the Martensite-Start Temperature of Substitutionally Alloyed Steels
• Prediction of martensite start temperature
• The Structure of Twins in Fe-Ni Martensite
• An Aspect of the Nucleation of Burst Martensite in Steels
• On the Carbon Content of Retained-Austenite in Quenched Steels
• Plastic Accommodation of Martensite in Disordered and Ordered Iron-Platinum Alloys
• Cementite Precipitation During Tempering of Martensite Under Infuence of Applied Stress
• Tempering of Martensite Under the Influence of an Externally Applied Stress
• Prediction of the Martensite-Start Temperature of Power Plant Steels
• Carbide Precipitation in some Secondary Hardening Steels
• Martensitic Transformations: Crystallography and Nucleation
• A Tribute to Professor 'Jack' Christian
• Characterisation of Severely Deformed Austenitic Stainless Steel Wire
• Mechanical Stabilisation of Austenite
• TRIP-assisted steels: cracking of high-carbon martensite
• Lüders bands in TRIP steel
• M₄C₃ Precipitation in Fe-C-Mo-V Steels and Relationship to Hydrogen Trapping
• Hydrogen in TRIP steel
• Hydrogen in TWIP steel
• Hydrogen in Al-rich TWIP steel
• Surface hydrogen
• Hydrogen percolation
• Theory for hydrogen
• Aluminium and hydrogen in TWIP steel
• Hydrogen trapped in cracks
• Prevention of hydrogen embrittlement
• Hydrogen resistant steel - trapping capacity
• Hydrogen resistant steel - precipitates
• Black oxide and hydrogen
• Hydrogen in nanostructures
• Infusion of hydrogen
• High-temperature hydrogen attack
• Mitigating hydrogen attack
• CO₂ corrosion
• Mechanical Stabilisation of Eutectoid Steel
• Uncertainties in the Dilatometric Determination of the Martensite-Start Temperature
• Austenite Grain Size and the Martensite-Start Temperature
• Comments on The mechanisms of the fcc-bcc martensitic transformation revealed by pole figures
• Analysis of deformation induced martensitic transformation in stainless steels
• Critical Assessment: Martensite-Start Temperature for the γ to ε Transformation
• More Complete Theory for the Calculation of the Martensite-Start Temperature in Steels
• Maraging steel with Laves phase and austenite
• Strong marageing steel
• Confocal Laser Scanning Microscopy
• Multiple martensitic transformations
• Microstructural entropy
• Duplex TRIP steel
• Maraging steel 1
• Maraging steel 2
• Aeroengine shafts

Mechanically Alloyed Metals

• Directional Recrystallisation in Mechanically Alloyed Oxide Dispersion Strengthened Metalsin a Moving Temperature Gradient
• Changes in Precipitates and Dispersed Particles During Heat-Treatment of Alloy 102, a Mechanically Alloyed Ni Base Superalloy
• Recrystallisation Temperatures in Mechanically Alloyed Oxide Dispersion Strengthened MA956 and MA957 Steels
• Dynamic Recrystallisation in Hot-Deformed MA956 and MA957 Steels
• Changes in Precipitates and Dispersed Particles During Heat-Treatment of a Mechanically Alloyed Ni Base Superalloy
• Characterisation of Mechanically Alloyed Oxide Dispersion-Strengthened Ni-Base Superalloy MA760
• Grain Control in Mechanically Alloyed Oxide Dispersion Strengthened MA957 Steel
• Atomic Structure of Mechanically Alloyed Steels
• Grain Boundary Topology in Mechanically Alloyed MA6000
• High-Strength (5 GPa) Steel Wire: An Atom-Probe Study
• Mechanically Alloyed ODS Steels & Superalloys: A Study of Directional Recrystallisation using Differential Scanning Calorimetry
• Crystallographic Texture in Mechanically Alloyed ODS MA956 and MA957 Steels
• Nonuniform Recrystallisation in a Mechanically Alloyed Ni-Base Superalloy
• Directional Recrystallisation in a Nickel Base ODS Superalloy
• Recrystallisation of Practical Mechanically Alloyed ODS Iron-base and Nickel-base Alloys
• Neural Network Analysis of the Tensile Properties of ODS Iron Alloys, Part 1
• Yield Strength of Mechanically Alloyed ODS Iron Alloys. Part 2: Physical Interpretation
• Modelling of Recrystallisation in Mechanically Alloyed Materials
• Mechanically Alloyed Metals
• Royal Microscopical Society Annual Lecture, 2000
• Directional Recrystallisation and its Exploitation in Mechanically Alloyed Metals
• Deformation and Recrystallisation of a Yttria Dispersion-Strengthened Mechanically Alloyed Iron (MA957)
• Effect of Strain Heterogeneity on Recrystallisation of PM2000
• Heterogeneous Deformation and Recrystallisation of Iron-Base ODS PM2000 Alloy
• Strain heterogeneity and the production of coarse grains in mechanically alloyed iron-based PM2000 alloy
• Manufacture and Microstructural Evolution in Mechanically Alloyed Oxide Dispersion--Strengthened Superalloys
• Influence of deformation on recrystallisation of yttrium oxide dispersion-strengthened iron alloy PM2000
• Grain Boundary Mobility in Fe-Base Oxide Dispersion-Strengthened PM2000 Alloy

Nickel Superalloys

• The Homogenisation of Single-Crystal Superalloys
• Extrinsic and Intrinsic Nodes in the Gamma Prime Phase of a Single-Crystal Superalloy
• The Strength of Ni-base Superalloys - a Bayesian Neural Network Analysis
• Location of Atoms in Re and V Containing Multicomponent Ni-Base Single Crystal Superalloys
• Atom Probe Microanalysis of a Nickel-base Single Crystal Superalloy
• Bayesian Neural Network Analysis of Fatigue Crack Growth Rate in Nickel Base Superalloys
• Estimation of the gamma and gamma' Lattice Parameters in Nickel-base Superalloys using Neural Network Analysis
• Prediction of Creep Rupture Life in Nickel-Base Superalloys Using Bayesian Neural Networks
• Design of New Creep-Resistant Nickel-Base Superalloys for Power Plant Applications
• Quantitative modelling tools for the design of Ni-base superalloys
• Design of creep-resistant nickel-base superalloy for power plant applications
• An Affordable, Creep-Resistant, Nickel-base Superalloy for Power Plant
• Cellular precipitation and its growth behaviour in Ni-38Cr-Al alloys
• Plastic strain due to twinning in austenitic TWIP steels

Others

• Phase-field study of the effect of interface anisotropy on morphological evolution in cubic metals
• Phase-field model study of the crystal morphological evolution of hcp metals
• Phase Field Method
• Applications of the phase field method
• Nanofluid with stainless steel particles
• Some Unresolved Issues in Phase Transformation Theory: The Role of Microanalysis
• High-Strength Steels
• Low-carbon Steels: Calculation of Mixed-Microstructures and their Mechanical Properties
• Thermodynamically Stable Metal-Metal Composite
• Recrystallisation and Microtexture Development in an Al-Fe Alloy
• Directional Recrystallisation in an Aluminium Alloy
• Transparent Steel: The Teaching of Creative Design
• Hyperbolic Tangents and Alloys of Iron,
• Aspects of Materials Education
• Topology of Grain Deformation
• Quantitative Metallography of Deformed Grains
• Topology of the Deformation of Non-Uniform Grain Structure
• Materials Algorithms Project (MAP) - Public Domain Research Software and Data
• Neural Network Analysis of Steel Plate Processing
• Some Phase Transformations in Steels
• Estimation of the Hot-Torsion Stress-Strain Curves in Iron Alloys using Neural Network Analysis
• An analysis of compositional data on alpha(1) plates in an Ag-44.9Cd at.% alloy
• Neural Networks in Materials Science
• Neural networks and information in materials science
• On the Performance of Neural Networks in Materials Science
• Refinement and characterisation of a thermodynamically stable metal-metal composite
• Optimisation of a Multiphase Intermetallic Metal-Metal Composite Material
• Modelling Anisothermal Recrystallisation in Austenitic Stainless Steels
• Coupled diffusional/displacive transformations: addition of substitutional alloying elements
• A model for the austenitisation of hypoeutectoid steels
• Modelling and Simulation
• Evolution of strength and coercivity during annealing of FeCo based alloys
• Mechanical property prediction of commercially pure titanium welds with artificial neural network
• Kinetics of the Crystallization of Ni-Zn Ferrite Powders prepared by the Hydrothermal Method
• Neural Networks in Materials Science: The Importance of Uncertainty
• Fine grains and small particles of iron
• Bessemer Memorial Lecture: The Dimensions of Steel
• Stretch-flangeability of Strong Multiphase Steels
• Understanding the complexities of bake hardening
• Mathematical Models in Materials Science
• "Computational design of advanced steels"
• Fatigue Crack Growth Rate Model for Metallic Alloys
• Personal perspective on microstructure of steels: 25th anniversary of MST and collection of papers in honour of Sir Robert Honeycombe
• First-principles investigation on magnetism and electronic structures of substitutional impurities in bcc Fe (I): the 3d transition-metal impurities
• Phase Transformations Contributing to the Properties of Modern Steels
• Microstructure evolution in irons and steels: a tribute to David V. Edmonds
• Mixed Heat Transfer Coefficients during Quenching of Steels
• Thermal Conductivity of Steels
• Latent heat
• Low Density Steels
• Oxidation of TRIP steel
• Metallurgical adventures
• Electrical processing of materials
• Fe-Al, friction stir processed
• Anisotropic pinning by MnS
• Recalescence

Power Plant and Nuclear Steels

• SA508 pressure vessel, grain growth
• Predicting properties of SA508 pressure vessel steel
• Design of new Fe-9CrWV reduced-activation martensitic steels for creep properties at 650°C
• Analysis of Irradiation Hardening in Low--Activation Steels
• "A Classical Thermodynamic approach to Void Nucleation in Irradiated Materials
• Novel Aspects of Ferritic Steels for the Generation of Electricity
• Modelling the Mechanical Properties in the HAZ of Power Plant Steels
• Modelling the Development of Microstructure in Power Plant Steels
• Modelling Precipitation Sequences in Power Plant Steels: Part I, Kinetic Theory
• Modelling Precipitation Sequences in Power Plant Steels: Part II, Application of Kinetic Theory
• Modelling the Mechanical Properties in the HAZ of Power Plant Steels
• Austenite Formation in 9Cr1Mo Type Power Plant Steels
• Theoretical Design of Ferritic Creep-Resistant Steels using Neural Network, Kinetic and Thermodynamic Models
• Estimation of the Microstructure and Properties of Ferritic Creep-Resistant Steels
• Design of Creep-Resistant Steels
• Mechanical Properties of Martensite in Heat-Resistant Steels
• Royal Society Charles Algernon Parsons Memorial Lecture, 2000
• Neural network model of creep strength of austenitic stainless steels
• Design of Creep-Resistant Steels: Success and Failure of Models
• Advanced Fabricated 10Cr Rotor Technology for Increased Efficiency
• "Strong Ferritic-Steel Welds
• Frontiers in the Modelling of Steel Weld Deposits
• Strong Ferritic-Steel Welds
• Hot-Strength of Creep-Resistant Ferritic Steels and Relationship to Creep-Rupture Data
• Creep strength of high-Cr ferritic steels designed using neural networks and phase stability calculations
• Hot-Strength of Ferritic Creep-Resistant Steels Comparison of Neural Network and Genetic Programming

Power Plant Steels: Carbide Reactions

• The Microstructure as a Time-Temperature Recorder: Remaining Life Prediction
• Carbide Composition Changes in Power Plant Steels. Part I: Bainitic Microstructures
• Carbide Composition Changes in Power Plant Steels. Part II: Mixed Microstructures
• Atom Probe and STEM studies of Carbide Precipitation in 2.25Cr1Mo Steel
• Carbide Compositions in 12Cr1MoV Power Plant Steel
• Carbide Precipitation Sequences during the Carburisation of CrMo Steels
• Modelling the Carbide Composition Changes in CrMoV Steel During Long Term Ageing
• Kinetics of Precipitation in Power Plant Steels
• Modelling the Development of Microstructure in Power Plant Steels
• New Model for Simultaneous Transformation Kinetics in Power Plant Steels
• Power Plant Steels: Remanent Life Assessment and the Approach to Equilibrium
• Design of Creep-Resistant Steel Welds
• Precipitation Reactions in 3Cr1Mo Power Plant Steel
• Ferritic Power Plant Steels: Remanent Life Assessment and The Approach to Equilibrium
• Microstructural stability of creep resistant alloys for high temperature power plant applications
• Precipitation Reactions in 10CrMoV Steel: Comparison with Theory
• Calculation of Precipitation Kinetics in CrMoV Power Plant Steels
• Modelling of Microstructural Development in Creep Resistant 12Cr Power Plant Steels
• Review: Precipitation in Creep-Resistant Austenitic Stainless Steels
• Simultaneous alloy carbide sequence in power plant steels
• Microstructural evolution in two variants of NF709 at 1023 and 1073 K
• Microstructural Stability of Strong 9-12 wt% Cr Steels

Power Plant Steels: Type IV Cracking

• Type IV Cracking of Welds
• Estimation of Type IV Cracking Tendency in Power Plant Steels
• Welding Procedures and Type IV Phenomena
• Welding Procedures and Type IV Cracking: An Experimental Study
• Effects of weld preheat temperature and heat input on type IV failure
• Type IV Cracking in Ferritic Power-Plant Steels

Thermodynamics

• The Thermodynamics of Steels: the carbon-carbon interaction energy
• A Rationalisation of Shear Transformations in Steels
• The Application of a first-order Quasichemical theory to Transformations in Steels
• Thermodynamic Estimation of the Liquidus, Solidus and Ae3 Temperatures
• The Evolution of Solutions: Thermodynamic Analysis of Mechanical Alloying
• Quasichemical Model for Interstitial Solutions
• Carbon-Carbon Interactions in Iron
• Formation of Nanostructured Steels by Phase Transformation
• High entropy alloys

Welding

• Welding nanostructured bainite
• Growth Rate of Allotriomorphic Ferrite in Low-Alloy Steel Weld Deposits
• Problems in welding of automotive alloys
• The Influence of Alloying Elements on the Formation of Allotriomorphic Ferrite in Low-Alloy Steel Weld Deposits
• Fe-Cr-C Hardfacing Alloys for High-Temperature Applications
• Fe-Cr-C Hardfacing Alloys for High-Temperature Applications
• Development of Microstructure in the Fusion Zone of Steel Weld Deposits
• The Austenite Grain Structure of Low-Alloy Steel Weld Deposits
• Reaustenisation in Steel Weld Deposits
• Stability, Wear Resistance and Microstructure of Fe-Cr-C and Fe-Cr-Si-C Hardfacing Alloys
• Abrasive wear of bainite
• Dry sliding wear of bainite
• Impact-abrasion wear
• Impact-abrasion review
• Wear of nanostructured pearlite
• The Non-Uniform Distribution of Inclusions in Low-Alloy
• Nitrogen in Submerged-Arc Weld Deposits
• Computer-Aided Design of Electrodes for Arc Welding Processes: Part II
• Design of Submerged Arc Weld Deposits for High-Strength Steels
• Comparison of the Microstructures and Wear Properties of Stellite Hardfacing Alloys Deposited by Arc Welding and Laser Cladding
• The Microstructure of Submerged-Arc Weld Deposits for High-Strength Steels
• Effect of Alloying Additions on the Microstructure and Properties of Vertical-Up Manual Metal Arc Welds - Part I: Method of theoretical assessment
• Effect of Alloying Additions on the Microstructure and Properties of Vertical-Up Manual Metal Arc Welds - Part II: Results and Discussion
• Estimation of Non-Uniform Elongation in Low-Alloy Steel Weld Deposits
• Nickel-Based Hardfacing Alloys for High Temperature Applications
• Reaustenitisation Experiments on Some High-Strength Steel Weld Deposits
• Microstructural Entropy and the Scatter in Toughness
• Silicon Modification of Iron Base Hardfacing Alloys
• Complete Reaustenitisation in Multirun Steel Weld Deposits
• Microstructure and Stability of Fe-Cr-C Hardfacing Alloys
• Control of Weld Metal Microstructure and Properties
• Microstructural Development in an HSLA80 Laser Beam Weldment
• Metastable Phase Solidification in Electron Beam Welding of Dissimilar Stainless Steels
• Carbon Redistribution at Dissimilar Steel Joints
• Autogenous Electron Beam Welds across Dissimilar Stainless Steel: Solidification Sequences
• Crystallographic Texture and the Austenite Grain Structure of Low-Alloy Steel Weld Deposits
• Solidification Sequences in Stainless Steel Dissimilar Alloy Welds
• The Yield and Ultimate Tensile Strengths of Steel Welds
• Inoculation of Steel Welds with Non-Metallic Particles
• Scatter in High Strength Steel Weld properties due to Interpass Temperature
• Effect of interpass temperature on properties of high strength weld metals
• Characteristics of High-Power Diode-Laser Welds for Industrial Assembly
• Strong and Tough Steel Welds
• High Strength Steel Weld Metals: Developments with Ni and Mn
• Strong Bainitic Steels by Continuous Cooling Transformations
• Multiphase Structures in Case Hardening Steels following Continuous Cooling
• Microstructural change in high-temperature heat-affected zone of low-carbon weldable 13% Cr martensitic stainless steels
• Effect of δ-ferrite on impact properties of supermartensitic stainless steel heat affected zones
• Microstructure and Mechanical Effects of Ni and Mn on Strong-Steel Weld Metals
• Joining of Commercial Aluminium Alloys
• Silicon-Rich Bainitic Steel Welds
• Changes in Toughness at Low Oxygen Concentrations in Steel Weld Metals
• Size distribution of oxides and toughness of steel weld metals
• 1000 Gems: A celebration of STWJ
• Joining Ceramics to Metals using Metallic Foam
• Low-temperature welds

Welding: Acicular Ferrite

• Thermodynamics of the Acicular Ferrite Transformation in Alloy-Steel Weld Deposits
• The Mechanism of Acicular Ferrite Formation in Steel Weld Deposits
• Orientation Relationships Between Adjacent Plates of Acicular Ferrite in Steel Weld Deposits
• Lower Acicular Ferrite
• Dislocation Density of Acicular Ferrite in Steel Welds
• Transition from Bainite to Acicular Ferrite in Reheated Fe-Cr-C Weld Deposits
• Models for Acicular Ferrite
• Thermodynamics of Acicular Ferrite Nucleation
• Stress and the Acicular Ferrite Transformation
• Acicular Ferrite Transformation in Alloy-Steel Weld Metals

Welding: Coalesced Bainite

• Three-dimensional analysis of coalesced bainite using focused ion beam tomography
• Coalesced bainite by isothermal transformation of reheated weld metal
• EBSD of coalesced bainite in strong steel weld metals
• Understanding Mechanical Properties of Novel High Strength Steel Weld Metals Through High-Resolution Microstructural Investigations
• Influence of C, Mn and Ni on Strong Steel Weld Metals: Parts 1-3
• New Developments with C-Mn-Ni High-Strength Weld Metals, Part A - Microstructure
• Coalesced Bainite
• Promoting Coalesced Bainite
• Coalesced Martensite

Welding: Friction Stir

• Tools for Friction Stir Welding
• FSW tool durability
• Friction Stir Welding and Processing
• Recent Advances in Friction Stir Welding
• Critical assessment: friction stir welding of steels
• Friction stir welding of dissimilar alloys
• Back of the envelope calculations in friction stir welding - velocities, peak temperature, torque, and hardness
• FSW maps

Welding: Modelling

• A Model for the Development of Microstructure in Low-Alloy Steel (Fe-Mn-Si-C) Weld Deposits
• Prediction of Microstructure of the Fusion Zone of Multicomponent Steel Weld Deposits
• An Analysis of Cooling Curves from the Fusion Zone of Steel Weld Deposits
• Computer-Aided Design of Electrodes for Manual Metal Arc Welding
• The Microstructure of C-Mn Steel Welds
• Prediction of the Microstructure of Submerged-Arc Linepipe Welds
• An Analysis of the Primary Microstructure of Cr and Mo Containing Low-Alloy Steel Welds
• Theory for the formation of Allotriomorphic Ferrite in Steel Weld Deposits
• Solute-Segregation, Oxygen Content and the Transformation-Start Temperatures of Steel Welds
• Macrosegregation, nuclear pressure vessels
• Detection of segregation, nuclear steels
• Evolution of structure in nuclear steels
• A Model for the Prediction of Strength in Steel Welds
• Computer Modelling of Low Alloy Steel Welds
• Impact Toughness of C-Mn Steel Arc-Welds - A Bayesian Neural Network Analysis
• Modelling of Fundamental Phenomena in Welds
• Calculation of Microstructure and Properties of Steel Welds
• Modelling the Inclusion Nucleation Potency in Steel Welds
• Model for Boron Effects in Steel Welds
• Calculation of the Volume Fraction of Phases from CCT Curves
• Modelling of Precipitation Sequences at Dissimilar Steel Joints
• A Model for Multipass Steel Welds
• Modelling of Brittle Zones in the HAZ of Steel Welds
• Brittle zones and niobium
• Microstructures in Hot Wire Laser Beam Welding of HY80 Steel
• Modelling of Steel Welds
• Simulation of Weld Metal Microstructure and Properties
• Model for Solidification Cracking in Low-Alloy Steel Weld Metals
• Modelling of Allotriomorphic Ferrite in Steel Welds
• Computer Modelling of Low Alloy Steel Welds
• New Welding Alloys, Computational Methods
• Modelling of Phase Transformations in Steel Welds
• Charpy Impact Transition Temperature for some Ferritic Steel Welds
• Modelling the Creep Rupture Strength of Ferritic Steel Welds
• Estimation of the Mechanical Properties of Ferritic Steel Welds, Part I: Yield and Tensile Strength.
• Estimation of the Mechanical Properties of Ferritic Steel Welds, Part II: Elongation and Charpy Toughness.
• HAZ hardness in Laser Beam Welds
• Bruscato Factor in Temper Embrittlement of Welds
• Estimation of Microstructure in Steel Welds
• Analysis of Strength and Ductility of Welds in Shipbuilding Steels
• Analysis of the Toughness of Welds in Shipbuilding Steels
• Design of Creep-Resistant Steel Welds
• Secondary effects in neural network analysis of the mechanical properties of welding alloys for HSLA shipbuilding steels
• Components of the Creep Strength of Steel Welds
• Prediction of Ferrite Number in Stainless Steels
• Complete Calculation of Microstructure
• Complex Weldment Properties: Trends in Predictive Power
• Components of the creep strength of steel welds
• Finite Element Simulation of Laser Spot Welding
• Prediction of Cooling Rate and Microstructure in Laser Spot Welds
• Reliability of Weld Microstructure and Property Calculations
• Optimization of Neural Network for Charpy Toughness of Steel Welds

Welding: Residual Stress and Mitigation

• Transformation Plasticity in Steel Weld Metals
• In situ Monitoring of Weld Transformations to control Weld Residual Stresses
• Characterising Phase Transformations and their Effects on Ferritic Weld Residual Stresses with X-rays and Neutrons
• Stainless steel weld metal designed to mitigate residual stresses
• Alloying Concepts for Low Transformation Temperature Welding Consumables
• Accumulation of stress in constrained assemblies: novel Satoh test configuration
• Residual Stress Part 1 - Measurement Techniques
• Residual Stress Part 2 - Nature and Origins
• Residual Stress: Material Factors
• Welding Residual Stresses in Ferritic Power Plant Steels
• Transformation Temperatures and Welding Residual Stressing in Ferritic Steels
• Effects of Filler Metal Transformation Temperature on Residual Stresses in a High Strength Steel Weld
• Some European Developments in Welding Consumables
• "Novelty in welding consumables"
• Design of Weld Fillers for Mitigation of Residual Stresses in Ferritic and Austenitic Steel Welds
• TRIP weld
• Multipass TRIP weld
• Multipass TRIP weld: surface stresses
• Multipass TRIP weld: interpass temperature