Papers
6
Total Citations
53
H-Index
4
About
Ravi Prakash Singh is a mechanical engineer and manufacturing researcher whose work centers on advanced sheet metal forming technologies, with a particular specialization in incremental sheet forming (ISF) and its robotic implementations. His research has systematically advanced the understanding of robot-assisted incremental sheet forming (RAISF) processes, focusing on aluminum alloy 6061 — a material of significant industrial relevance — across forming force prediction, thickness distribution, formability optimization, and surface quality enhancement. Singh's most influential contribution is his development of a validated mathematical model for force prediction in single point ISF, cited 14 times, which provides manufacturers with practical tools to control and optimize the forming process without relying on costly product-specific dies. His comparative investigations of cold versus warm forming conditions and hydraulic support systems have opened new pathways for improving material ductility and geometric accuracy in small-batch production. His 2021 work on static pressure-assisted RAISF has garnered 15 citations, establishing an early foundation for hybrid forming strategies. Collectively accumulating over 50 citations within a short publication window, Singh's research is making a meaningful impact on flexible, die-less manufacturing — an area of growing importance for customized and low-volume industrial applications.
Research Focus
Key Achievements
Top Papers
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