High-tech composites to ancient metals

Zhang, SY; Godfrey, E; Kockelmann, W; Paradowska, A; Bull, M; Abbey, B; Korsunsky, AM; Xu, P; Tomota, Y; Liljedahl, D; Zanellato, O; Fitzpatrick, M; Daymond, M; Toda, R; Holt, R; Kelleher, J; Siano, S; Santisteban, J

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Persistent URL	http://purl.org/net/epubs/work/50773
Record Status	Checked
Record Id	50773
Title	High-tech composites to ancient metals
Contributors	SY Zhang (STFC Rutherford Appleton Lab.), E Godfrey (STFC Rutherford Appleton Lab.), W Kockelmann (STFC Rutherford Appleton Lab.), A Paradowska (STFC Rutherford Appleton Lab.), M Bull (STFC Rutherford Appleton Lab.), B Abbey (Oxford U.), AM Korsunsky (Oxford U.), P Xu (Japan Atomic Energy Agency), Y Tomota (Ibaraki U.), D Liljedahl (Open U.), O Zanellato (Open U.), M Fitzpatrick (Open U.), M Daymond, R Toda, R Holt, J Kelleher (Manchester U.), S Siano (CNR), J Santisteban (Laboratorio de Fisica de Neutrones)
Abstract	Neutron diffraction methods offer a direct measure of the elastic component of strain deep within crystalline materials through precise characterisation of the interplanar crystal lattice spacing. The unique non-destructive nature of this measurement technique is particularly beneficial in the context of engineering design and archaeological materials science, since it allows the evaluation of a variety of structural and deformational parameters inside real components without material removal, or at worst with minimal interference. We review a wide range of recent experimental studies using the Engin-X materials engineering instrument at the ISIS neutron source and show how the technique provides the basis for developing improved insight into materials of great importance to applications and industry.
Organisation	ISIS , ISIS-ENGIN-X , STFC
Keywords	Engineering , Diffraction , residual stress , ENGIN-X , archaeological , Neutron
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Language	English (EN)

Type	Details	URI(s)	Local file(s)	Year
Journal Article	Materials Today 12, no. 7-8 (2009): 78-84.	doi:10.1016/S1369-7021(09)70233-0	published.pdf	2009