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Applications in Metallurgy
The EBSD technique had been applied to the metallurgical research field for over a decade. Many of the materials have a relatively simple crystallographic structure (e.g. aluminium and steels), allowing EBSD data to be collected very quickly and with a high degree of reliability. The technique can be used for a wide range of applications, ranging from routine grain size and texture characterisation, to detailed phase identification of boundary precipitates. In these application notes a selection of the typical applications of EBSD in metallurgy is given.
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- Deformation and recrystallisation in FeAl intermetallics
1986(Kb)
- Determining the fcc-bcc orientation relationship in plessite regions of iron meteorties
1761(Kb)
- Improving the cold rollability of magnesium alloys
1145(Kb)
- Microstructure and phase analysis of duplex stainless steel after heat treatment
3004(Kb)
- Phase distribution in welded duplx steels
2558(Kb)
- Phase identification of precipitates in a stainless steel
518(Kb)
- Preventing cracking of nuclear fuel cladding
653(Kb)
- Rapid characterisation of a deformed ferrite-martensite steel
255(Kb)
- Strain measurements around crack tips
769(Kb)
- Texture in deformed molybdenum sheets
2009(Kb)
- Texture variations in a friction sitr welded Al alloy
839(Kb)
- Textures in heat treated steels
1567(Kb)
- Three dimensional ESBD analysis
719(Kb)