Abstract
This work presents results obtained recently as part of the ongoing design of laboratory-scale equipment which will be used to develop and test methods for on-line texture analysis. The equipment is in the process of being built. A range of cold rolled and annealed IF deep-drawing steels were fully characterized using standard X-ray diffraction texture methods. They were then analyzed to obtain information which will be used to help optimize the measurement configuration of the laboratory-scale equipment for both a transmission and a reflection X-ray diffraction geometry. Texture measures in both geometries were then identified which are sensitive to texture changes produced by both cold rolling and annealing. The measures were then used to attempt some correlation between them and plastic properties calculated from the coefficients of the orientation distribution function (ODF). Satisfactory agreement between the texture measures and the average plasticity,R, were obtained for both the transmission and reflection geometries.
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