A.T. Male

Papers

Total Citations

H-Index

About

A.T. Male has made pioneering contributions to the field of advanced manufacturing, with a particular focus on the rapid prototyping and forming of sheet metal components. His research centers on the innovative use of plasma-jet technology as a flexible, tool-free method for shaping metal sheets—a departure from traditional die-based processes. Male’s most-cited work, "Rapid prototyping of sheet metal components by plasma-jet forming" (2003, 19 citations), demonstrates a novel approach that combines localized heating with controlled deformation, enabling the creation of complex geometries directly from digital models. His earlier study, "Processing Effects in Plasma Forming of Sheet Metal" (2000, 16 citations), systematically investigates how process parameters—such as plasma power, scanning speed, and cooling rates—influence material behavior and final part quality. Together, these papers have laid the groundwork for a cost-effective, agile manufacturing technique that bridges the gap between prototyping and production. Though his citation counts are modest, Male’s work is notable for its practical impact on industries requiring low-volume, customized metal parts, and his research remains a key reference for engineers exploring thermal forming methods.