Slide presentations
Automotive Steels
Low density steel
Hot press forming
Strain partitioning
TWIP-assisted
Baosteel 2010
Bainite
Strong & Tough Bainitic Steels
TRIP-assisted steels
Mechanical Stabilisation of Bainite
Low Temperature Bainite
Austempered Ductile Cast Irons
Atomic force microscopy on bainite
Bainite nucleation
Hard bainite
Role of Shape Deformation
Tempering of Hard Bainite
Tempering of Soft Bainite
The 52nd Hatfield Lecture
Mechanism of the Bainite transformation (2005)
Mechanism of the Bainite transformation (2010)
Hard Bainite (PTM 2005)
Low T Bainite: Atomic resolution (PTM 2005)
Mechanical properties of Low T Bainite
Coalesced Bainite
Novel bainitic steels
Kyoto
First bulk nanocrystalline metal, a poster
Orientation gradients
Low-carbon bainite
POSCO Lectures on Bainite
Lectures 1 and 2
Lecture 3
Lecture 4
Lecture notes (PDF)
Carbon in bainite
Dislocations in bainite
Twins in bainite
Calculation of structure
Atomic mechanism
Production of bainite
WMV movie showing thick rods
WMV movie showing even thicker rods
WMV movie Stelmor line
Bainitic pipe
English version
Russian version
Extraordinary bainitic steels
, Cologne 2014
Percolation of phases
, MST 2015
150th Anniversary, Iron and Steel Institute
Henry Clifton Sorby Award lecture
Buildings
Taipei 101, courtesy of Professor J. R. Yang
Tall buildings in China (Professor He Mingxuan, Baosteel Construction)
Steel for buildings (Jean Claude Gérardy, ArcelorMittal)
Cast Iron
Austempered ductile cast iron
Carbides
epsilon-carbide
kappa-carbide
M
23
C
6
-carbide
Boron in M
23
C
6
-carbide
Aspects of carbides in steels
Creep
Non-linear Factorisation of Creep Strength
Download PDF file of paper
Download postscript file of paper
Download poster
Austenitic creep-resistant steels
Creep
Microstructural Stability
Hot-strength
Crystallography
Introduction
Stereograms
Stereograms
Point groups
Space groups
Diffraction
Deformation and texture
Slip, twinning and martensite
Quasicrystals
Texture in pipe
Dual orientatations
Growth selection
Texture prediction
Diffusion
Diffusion in steep gradients
More on diffusion in steep gradients
Dispersion Strengthened
Oxide dispersion-strengthened steels
Mechanically alloyed metals
Phase separation
Molecular dynamics
Elastic stress and phase separation
Education
CEA Materials Education Conference
Finite Element Analysis
Representation of properties in FE analysis
Graphene
Is graphene strong?
100 times stronger than steel
Strength of graphene
Video on strength of graphene
Graphene conference presentation
Heat treatment
Very short and very long heat treatments
High entropy alloys
High-entropy alloys – science and exploitation
Slides
Videos
Hydrogen
Hydrogen embrittlement of austenite
Hydrogen embrittlement
Trendscouting
Inaugural
QMUL Inaugural Lecture
Darwin College Lecture Series
Kinetics
MatCalc (thermodynamics and kinetics of precipitation)
Time-temperature-transformation diagrams
Simultaneous transformations
Simultaneous transformations
Steep concentration gradients
Difficulties in the theory of diffusion-controlled growth
Martensite
Commercially viable high-carbon, untempered martensite
Quench and Partitioning Process
TRIP-assisted Steel
Morphology and Crystallography
Strong wire
Metallic thread
Multiple martensitic transformations
Complete theory of martensite
Microstructures
Metallography of Steel.
Metallography of Steel (with narration, 160 Mb).
Fe-C Phase Diagram and Steel Microstructures.
Neural Networks
Machine learning - steels - artificial intelligence?
Machine learning in materials science
Neural networks
Neural networks
Neural networks
NGMS Plenary
Quicktime movie
Another movie
Thermal conductivity of steels
Data centric engineering
Modelling
Interplay of materials models.
Modelling of Solidification.
Extremely complex problems.
Nickel Based Superalloys
Powerpoint poster: a novel nickel-base alloy for electricity generation.
Powerpoint poster: characterisation of novel nickel-base alloy for electricity generation,
abstract.
Power and the Environment.
Nuclear Fusion
Nuclear fusion, by Sonny Martin, Tevis Jacobs, Yucheng Zhang and Jiawen Chen
Effect of Spallation Products on Martensitic 9Cr Steels
Steels for Fusion Reactors
Neural Networks in Plasma Physics
Thermodynamics of void nucleation, irradiated steel
Bayesian neural networks and irradiated materials properties
Steel for fusion power plants
Oxidation
Red Oxide
Rails
Carbide-free rails
Microalloyed rails
Recrystallisation
Nucleation of Recrystallisation
Recrystallisation of Electrical Steels
Recrystallisation of low-carbon Steels
Steels in General
Visionary steels, Colorado School of Mines
Low carbon
Long and short of steels
London Metallurgical Society
Linking processes and microstructure
John Player lecture
delta-TRIP steel, a poster
Hot strength of steel
Lulea Lecture 1
Lulea Lecture 2
Intragranular nucleation
Celebrity Lecture, SMEA Sheffield, 2024
Teaching
Resource Library for Metals and Alloys
Thermodynamics
Evolution of Solutions (PDF)
Evolution of Solutions (.pptx)
Thermodynamics of Quasichemical Interstitial Solutions
Thermodynamics of interfaces
Strong ropes
Thermocalc
ab initio
thermodynamics
Calculated phase diagrams for binary Fe systems, Fabio Miani
Welding and Joining
High-Strength Steel Welds
Thermal Field at Spot Weld
Microstructure & Properties of Steel Weld Deposits
Strong & Tough Steel Weld Metals
Download PDF file of paper
Download postscript file of paper
Dowload Powerpoint/StarOffice presentation
Environmental concerns driving development of welding
Paper
Joining of Superalloys
The Ferrite Number in Stainless Steels
Download Word file of paper
Download PDF file of paper
Complex Weldment Properties: Trends in Predictive Power
Components of the Creep Strength of Steel Welds
Martensitic Stainless Steel Welds
Cracking in Stainless Steel Welds
Silicon-rich welding alloys
Joining of Aluminium
Comfort A. Adams Lecture 2004.
Strong welds.
Type IV cracking.
Compensation of residual stress.
Oxygen content and toughness of welds
Supplement to: Oxygen content and toughness of welds
Strong Ferritic-Steel Welds
Strong Ferritic-Steel Welds, part 2
Joints in high-temperature alloys
Cancelling residual stresses
Cancelling residual stresses
Cancelling residual stresses
Professor Lars-Erik Svensson, inaugural lecture
Professor Tarashankar DebRoy, Basic models, animations and unsolved problems n welding
Controlling residual stresses
Miscellaneous
Introduction to the M.Phil. course on Materials Modelling
Absolutely Pure Iron
Hydrogen Trapping
Harbin Institute of Technology
An outline of Komatsu
Ultra fine-grained steel, Professor N. Tsuji, Osaka University
Download PDF file of paper
Download slide presentation
Solidification of ice cream (3 Mb)
Thermomechanical processing of steels, Tomoyuki Yokata
Diffusion and Phase Transformations in Steels
Image showing poster on display
Neural networks in design and processing
Synchroton diffraction from steel
Melting of small metallic particles
Presentation (1 Mb)
Written report (1 Mb)
Video of lecture (ASF format, 29 Mb)
M.Phil. Course on Materials Modelling
Copper-Containing Steels
Hydrogen embrittlement, Professor M. Nagumo
Success and failure of models.
Lindsay Greer's new materials lecture.
Coatings on steel, by Prof. Dr. Martin Stratmann, Max Planck Institute for Iron Research.
Phase transformations during mechanical milling, by Professor Partha P. Chattopadhyay, Bengal Engineering University
Phase transformations research at NTU, by Professor Jer-Ren Yang, National Taiwan University
Graphitisation
The Dimensions of Steel
India, past and present, Sangeeta Khare
About Cambridge
Stan David and Tarashankar DebRoy
Other Presentations
Common problems with computer presentations
Template for good presentation
5th edition
published 2024
Free download
Free download
Available
Free download
Published 2021
Published, 2023
Published 2022
October 8th, 2024
PT Group Home
Materials Algorithms