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Deals with the scientific opportunities made possible by advances in both theory and experimentation, in the context of extremely strong alloys of iron. Reproduced with the kind permission of Professor G. B. Olson, Northwestern University, Chicago. Downloads |
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Science of steel
Metallurgy
Secondary hardened steel
Strength in excess of 3 GPa
Stability and coarsening
Precipitation kinetics
Atomic characterisation
Large supersaturations
Design of carbides
Experimental validation
Shear fracture
Shear instability
Void nucleation and growth
Void nucleation at carbides
Void growth
Microvoids
Impurity getterring
Solution effects
Refinement
Toughness
Improvements
Laminates
Austenite precipitation
Dispersed transformation toughnening
Hydrogen embrittlement
Interfacial embrittlement
Boundaries in iron
Decohesion mechanisms
Cleavage
Artificial intelligence
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| Superalloys | Titanium | Bainite | Martensite | WidmanstŠtten ferrite |
| Cast iron | Welding | Allotriomorphic ferrite | Movies | Slides |
| Neural Networks | Creep | Mechanicallly Alloyed | Theses | Retained Austenite |
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