This Master's thesis from the University of South Australia investigates the technological documentation utilized in an industrial rolling workshop. The research focuses on the existing documentation of the rolling process, including its history, mechanisms, and various methods. It examines the rolling model, controlled cooling model, and the kinematic parameters used in the Morgan Rid Mill finished block. The project aims to scrutinize the current documentation, identify imperfections, and propose improvements for more rational solutions. The thesis includes a literature review on the history and mechanisms of the rolling process, rolling methods, material properties, and roll pass design. It also covers the rolling model, including spread equations, heat generation, and microstructure development. Furthermore, it contains a controlled cooling model, applications, and conclusions. The expected outcomes include improved documentation and more intelligent specifications to enhance sustainability within the organization. The thesis also provides a detailed project proposal, including the background, aims, methodology, and expected benefits of the research.
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