Book Title: The Roll Pass Design Pages (beta version)
Author: Sead Spuzic
Publisher: Barnes & Noble
EAN 2940186734840
Adelaide, May 2022
The beta version contains four chapters -- clusters of hyperlinks leading to the roll pass design and the associated agenda.
Overture
Chapter 1:
Manufacturing Square Billets
Chapter 2:
Rolling Symmetrical Angular Sections
Chapter 3:
Hot Rolling Mill Roll Wear
Chapter 4:
Aspects of Statistical Roll Pass Design
Chapter 5:
Statistical RPD Case Studies
This e-book’s aim is to contribute to improving the transferability and clarity of practical knowledge in the roll pass design (RPD) technique used to model the hot rolling process. The intended audience includes mill operators, engineers, technologists, managers, and researchers, i.e. those interested in the hot rolling mill systems. Moreover, the students and educators engaged in courses addressing manufacturing systems will benefit from an access to the knowledge about practical aspects of the hot rolling operations.
Rather than trying to present (yet another) ordered a review of already published RPD theory compartmented within a queue of chapters, the book is conceptualised as a range of scenarios that emerge when confronted with practical RPD tasks. Instead of stacking the sections that cover materials science and mechanics, to move via mill layout and machinery on the theory of rolling and pass design, the complementary information, theories, and other background knowledge are accessible via a network of hyperlinks. When necessary, the in-depth information can be accessed by following these links. This allows for applying multidisciplinary knowledge in solving RPD problems without dissipating the focus. As a result, this book elucidates various, otherwise poorly published aspects, in particular the logic of the design and optimisation of the rolling passes, i.e. the phenomena that lie in the heart of the hot rolling process.
An advantage is taken from the widespread availability of online sources pertinent to the hot rolling agenda. The book editions are updated and refreshed online to keep up with changes in the accessibility to relevant web sites (URL’s). The customers will have a continuous access to these updated versions, however, also advised to use the site http://web.archive.org/ in cases when these links appear inactive.
While this beta version will be extended and updated, it is intended for those who are presently in a need of RPD information. Not least, this will serve as a promotion for future versions and a test of possible interest in such an approach to presenting the RPD techniques.
Author: Sead Spuzic
Publisher: Barnes & Noble
EAN 2940186734840
Adelaide, May 2022
The beta version contains four chapters -- clusters of hyperlinks leading to the roll pass design and the associated agenda.
Overture
Chapter 1:
Manufacturing Square Billets
Chapter 2:
Rolling Symmetrical Angular Sections
Chapter 3:
Hot Rolling Mill Roll Wear
Chapter 4:
Aspects of Statistical Roll Pass Design
Chapter 5:
Statistical RPD Case Studies
This e-book’s aim is to contribute to improving the transferability and clarity of practical knowledge in the roll pass design (RPD) technique used to model the hot rolling process. The intended audience includes mill operators, engineers, technologists, managers, and researchers, i.e. those interested in the hot rolling mill systems. Moreover, the students and educators engaged in courses addressing manufacturing systems will benefit from an access to the knowledge about practical aspects of the hot rolling operations.
Rather than trying to present (yet another) ordered a review of already published RPD theory compartmented within a queue of chapters, the book is conceptualised as a range of scenarios that emerge when confronted with practical RPD tasks. Instead of stacking the sections that cover materials science and mechanics, to move via mill layout and machinery on the theory of rolling and pass design, the complementary information, theories, and other background knowledge are accessible via a network of hyperlinks. When necessary, the in-depth information can be accessed by following these links. This allows for applying multidisciplinary knowledge in solving RPD problems without dissipating the focus. As a result, this book elucidates various, otherwise poorly published aspects, in particular the logic of the design and optimisation of the rolling passes, i.e. the phenomena that lie in the heart of the hot rolling process.
An advantage is taken from the widespread availability of online sources pertinent to the hot rolling agenda. The book editions are updated and refreshed online to keep up with changes in the accessibility to relevant web sites (URL’s). The customers will have a continuous access to these updated versions, however, also advised to use the site http://web.archive.org/ in cases when these links appear inactive.
While this beta version will be extended and updated, it is intended for those who are presently in a need of RPD information. Not least, this will serve as a promotion for future versions and a test of possible interest in such an approach to presenting the RPD techniques.