Advanced hot rolling strategies for IF and TRIP steels

Share
Imprint
Delft University Press
Author
Elsner, A.
Pub. date
January 2005
Pages
160
Binding
softcover
ISBN print
978-90-407-2591-3
Subject
Applied Physics, Physics
€44 / US$64 Excl. VAT
Order Advanced hot rolling strategies for IF and TRIP steels ISBN @ €44.00

Steel producers are forced to reduce the production cost on the one hand and increase the performances of the products on the other hand, to maintain or even increase their market share. A likely method to save on production costs is to cut down the rather long production chain for conventional cold rolled strip, and to substitute certain cold rolled steel grades by hot rolled steel. Certainly this can rarely be achieved for exposed parts, requiring a perfect surface finish, whereas for unexposed parts, e.g. structural components, with lower surface requirements, the use of hot strips might be a cost saving alternative. In chapter 1 the technological and qualitative requirements for a substitution of cold strip by hot strip are summarised.
The aim of this thesis is to contribute to the understanding of the microstructure and texture development of deep-drawing steels during ferritic rolling, subsequent cold rolling and annealing on the one hand and to appraise the possible improvement of the mechanical and deep-drawing properties on the other hand. On the basis of these results guidelines for the industrial production of ferritic rolled hot strip should be formulated.