File(s) not publicly available

Roll pass design optimisation

journal contribution
posted on 20.12.2017, 00:00 by S Spuzic, Ramadas Narayanan, Z Kovacic, D Hapu Arachchige, K Abhary
Hot rolling is among the most widely used manufacturing techniques. However, rolling mills are major resource consumers; thus, urgent rationalisation is required in the relevant industrial systems. Roll pass design (RPD) is a principal factor that determines process efficiency, product quality and resource consumption. Therefore, it is important to optimise RPD including the selection of roll materials. New avenues for optimising RPD are to be found by extracting knowledge buried in the vast repository of industrial records. The extracted statistical functions are then used for the nonlinear optimisation of RPD parameters. The design of a leading oval groove for rolling a wire rod is presented as an example, along with a discussion of the general mathematical aspects. The presented case analysis shows how regression analysis and the probability density function (PDF) are used to define principal dimensions—height and width—for the leading oval groove. These two dimensions are inferred following the logic of probabilistic design, and are based on an understanding of the trend in groove contour changes, which occur due to surface wear during rolling campaigns.

History

Volume

91

Issue

1-4

Start Page

999

End Page

1005

Number of Pages

7

eISSN

1433-3015

ISSN

0268-3768

Peer Reviewed

Yes

Open Access

No

External Author Affiliations

University of South Australia, Open Polytechnic, 3 Cleary St, Waterloo, Lower Hutt 5011, New Zealand

Author Research Institute

Centre for Intelligent Systems

Era Eligible

Yes

Journal

The International Journal of Advanced Manufacturing Technology

Exports