A new model for texture characterization in steel sheets has recently been
developed. The model makes use of 25 parameters defined in the orientation
distribution function (ODF). Experimental textures consisting of the alpha
and gamma fibres and/or the Goss and cube components can be reproduced. The
model is briefly described. Then, it is shown how industrial steel sheet t
exture can be optimized with regard to planar anisotropy and formability. T
he latter study relies on the generation of a series of ODFs which have cha
racteristic differences compared to the given experimental ODE The r-value
profiles are predicted for each of the generated textures using the Taylor
theory.