Teaching materials

Crystallography

Lecture notes and question sheets	Mathematical crystallography: book	Examination questions
Lecture video playlist	Crystals, polycrystals, transformations: book	PbTiO3
Answers, question sheet 1	Crystal plasticity: book	Coincidence site lattice
Answers, question sheet 2	Introduction to crystallography	Completely random pattern
Answers, question sheet 3	Crystallographic texture	Stereograms & meteorites
Examples class 1, Answers, Truncated cubes	Growing crystalline trees	Cementite structure
Examples class 2, Answers	Bragg law	Electron diffraction
Crystallography calculator	Minerals in Moscow	Moon crystals
Latex files	Minerals in Colorado	Atomium
Anisotropy of cementite	Raman Institute	Wolframite (Fe,Mn)WO4
Grids of atoms	Minerals in Austria	α-alumina (sapphire)
Symmetry of cementite	Minerals in Scotland	Wolframite (Fe,Mn)WO4
		α-alumina (sapphire)
Symmetry of σ-phase	Minerals in China	Iron crystallography
Pink rhodonite	Snowflake	Polyvinyldine fluoride (CIF)
Pure, amorphous iron	Random tiling	Minerals in Zurich

Slides and videos

Lecture slides		Multimedia	Animations	Scaleable vector graphics
Introduction		, Audio	Bravais lattices	-2m, 2mm, 4mm, 4mm, 4mm, 4mm
Structure, point groups			Three dimensional	11, 100_110_angle, 100_111_angle
Stereograms and point groups	Titanate		Epsomite, Point groups	Amorphous, Arc, Arc, Bain strain
Structure solution			Austenite and ferrite	Bravais lattices, Circle, Directions-planes
Space groups	Cuprite		Cementite	Fluorite, 4-index, Cubic-GaN
Reciprocal lattice, diffraction			ε-carbide	KS, KS, Liquid crystal, Liquid crystal
Deformation and texture			Vanadium carbide	mm2, Ordered, Liquid crystals
			Gypsum	Schmid, Titanate, Trace, Piezo
Interfaces and orientations			Molybdenum carbide	Trace, Zone, 020, 112, Epsomite
Martensitic transformations	Video		Graphite	Gypsum, Fivefold, Inversion, Primitive
			Niobium carbide	Structure projection, Symbols, Symmetry operations
Metric tensor, deformations	Video		Brass, diamond, ZnS & fluorite	Great circle 1, 2, 3
Similarity transformations	Video		Nickel based superalloy, γ	Camera constant, Circle projection, Circle projection
Correspondence, stretch and rotation	Video		Nickel based superalloy, γ'	Cubic stereogram 1, 2, 3, 4, 5, 6, Meteorite, Mirror
Martensite crystallography 1	Video		Nickel based superalloy, γ''	Stereogram 1, 2, 3, 4, Small circle 1, 2, 3, 4
Martensite crystallography 2, texture	Video		Fayalite	Wulff net 1, 2, 3, 4, 5, 6, 7
Interfaces	Video		Fayalite
Interstitials	Video		Grain selection
			Bain correspondence & strain
			Lithium niobate
			Calcium chloride

• Typical students, Typical lecture
• Crystallography, coffee, South Central China
• Cake crystallography
• Rotation electron diffraction
• CIF files for austenite, ferrite, cementite, martensite, by Rajdeep Mondal

Metals & alloys (year 2)

Course material	Slides	Video	YouTube	Related information
Atomic diffusion	Slides	Video		Uphill diffusion
	Slides	Video		Kirkendall effect
				Decarburisation
				Diffusion in action
Solidification	Slides	Video		Centrifugal casting
	Slides	Video		Dendritic solidification
	Slides	Video		Metallography of dendrites
				Al-Si casting alloys
				Solidification movies
				Simulated solidification
				Technology
Recovery, recrystallisation & grain growth	Slides	Video		Annealing twins
	Slides			Mechanical twins
	Slides	Video		Zener pinning
				Austenite recrystallisation
				Recrystallised grain size
				Grain growth simulations
				Recrystallisation: movie
				Recrystallisation: copper
Martensitic transformations	Slides	Video		Cry of indium
Ferrous alloys	Slides	Video		Cast iron
				Fabrication of steel
				Tallest tower
				Bearings
Other metallic materials	Slides	Video		Al-Cu age-hardening
				Precipitate-free zones
High temperature alloys	Slides	Video		Aeroengines
				Superalloys
				Superalloy dislocations
				FastShip concept
Question sheet 1	Answers
Question sheet 2	Answers			Latex files, examination papers
Question sheet 3	Answers			Experiments
Question sheet 4	Answers			Metallographic preparation
	Images			Worked examples

Phase transformations (year 2, Queen Mary University of London)

Metals & alloys (year 3)

Aluminium alloys	Slides	Video		More information
				Aluminium cans
				Aerospace aluminium
Titanium alloys	Slides	Video		More information
				Titanium aeroengine fire
Martensitic transformations	Slides	Video		More information
		Video
Bainite	Slides	Video		Multilingual bainite
				Bainite in bearings
				Bainite growth
Widmanstaetten ferrite	Slides	Video		More information
Allotriomorphs and idiomorphs	Slides	Video		More information
	Slides	Video
Strong steels	Slides	Video		More information
				Strength+toughness movie
Welds	Slides	Video		More information
Examples class	Answers			Example techniques project
Question sheet 1	Answers			Example literature review
Question sheet 2	Answers			Example vacation project

Worked examples	Steel queries
Crystallography of interstices	Bain strain and correspondence
Cementite	Joining of aluminium
Science in parliament	"On the right track"
Tough tracks	Hydrogen in steels
Solution thermodynamics	Flow within a weld pool
Arc welding	Aeroengine-blade containment
Aircraft taking off	Fabrication of metals
Friction stir welding	Motion of dislocations
Shape memory alloy.	Singing steel
Creative design	Optical microscopy
Using class microscope	Using class digital-microscope
Quantitative metallography	Optical microscopy slides
More slides

Master of science (year 4)

Steels

Lecture video playlist (2020), Lecture video playlist (2022)

Book: Steels, 5th edition, Bhadeshia and Honeycombe

Notes	Slides		Videos	Videos 2022	Slides 2022	Diagrams	Diagrams
Lecture notes	Martensite part 1, part 2			,	Martensite I	Habit inclination	Impingement
Martensite movie					Martensite II	Burst martensite	Nucleation
	Bainite				Bainite	Crystal size	Ohm's law
	Strong bainite				Bainite: design	Diffusion distance	Plate growth
Examples class	Widmanstaetten ferrite				Widmanstaetten	Displacive	Sessile
Latex files	Allotriomorphic ferrite				Ferrite	Tapered tensile	Sphere
	Multicomponent steel					TTT
Pearlite growth spreadsheet	Pearlite				Pearlite	T-zero
	Overall kinetics				Overall kinetics	Dislocation	Stacking
	TRIP steel				TRIP steel	Ellipsoids	T0 schematic
	TWIP steel				TWIP/TRIP	Extrusion	TRIP-Ms
	Bulk nanostructured steel				Nanostructured	Glissile	TWIP impact

Materials modelling

Course MP1: General methodology

Course MP4: Thermodynamics and phase diagrams

Thermodynamic functions	Slides			Questions
Equilibrium between solutions	Slides			More on solution formation
Mechanical alloying	Slides			Nanocrystalline metals
Boltzmann's epitaph (courtesy, Mark Hull)				Mechanical alloying
Computation of phase diagrams	Slides			MTDATA instructions
				Computing class on MTDATA
Irreversible processes	Slides
Quasichemical solutions	Slides			Interstitial solutions

Course materials on FactSage, by Dr Feng Liu

FactSage© is an integrated database computing system in chemical thermodynamics. Dr Feng Liu kindly provided the materials below, which formed a part of his 3rd year undergraduate course at the University of Toronto, Canada.

Course MP6: Kinetics & microstructure modelling

Introduction to diffusion	Slides	Video		Uphill diffusion
Growth morphologies	Slides	Video		Dendrites and cells - the movie

Seminars

Thermal analysis

Introduction, differential thermal analysis, differential scanning calorimetry, dilatometry, other techniques and references