Designing Energy Efficient & High-Speed Mechanical Presses for Improved Ram Motion using Advanced Algebraic Techniques
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A mechanical press is a machine that shapes parts by driving a ram into metal and deforming the material into a desirable shape. As this is an incredibly common process for forming metal parts, from pop cans to car fenders, presses see significant use in industry on a global level. Two local companies, Aida Press and Nidec Minster, are serious contenders in this global market. The objective of the proposed research is to generate alternative drivetrain designs for mechanical presses that produce specialized ram motions, which is appealing to industry. The focus of this work is on mechanical presses due to their faster speeds, lower cost, greater accuracy, higher precision and energy efficient operation as compared to other pressing options. Due to their ubiquity, even small improvements yield huge savings in terms of processing time and energy consumed. The research work under this proposal is formulated to generate designs with practical dimensions and encountering forces in line with industry expectations. Moreover, these new designs will either improve dwell or improve the range of constant forming velocity, both strongly desired in industry.
Andrew P. Murray, Dave Harry Myszka
Primary Advisor's Department
Mechanical and Aerospace Engineering
Stander Symposium project, School of Engineering
United Nations Sustainable Development Goals
Industry, Innovation, and Infrastructure; Responsible Consumption and Production
"Designing Energy Efficient & High-Speed Mechanical Presses for Improved Ram Motion using Advanced Algebraic Techniques" (2021). Stander Symposium Projects. 2377.