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2
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About
Rajeev Trehan is a researcher focused on advanced manufacturing processes, particularly in the domain of electrical discharge machining (EDM) and its application to novel materials. His work centers on understanding the interplay between machining parameters, material removal rates, and tool wear, with a specific emphasis on processing shape memory alloys (SMAs). Trehan’s major contribution lies in his investigation of sinking EDM for iron-based SMAs, a class of materials known for their unique superelastic and shape-memory properties, which are challenging to machine conventionally. His 2021 study, "Investigation of Machining Rate and Tool Wear in Processing of Fe-Based-SMA Through Sinking EDM," provides critical insights into optimizing EDM parameters to enhance machining efficiency while minimizing electrode degradation. Although his citation count is currently modest, this foundational work addresses a niche yet growing area in sustainable manufacturing and smart materials processing. Trehan’s research is valuable for engineers and material scientists seeking to integrate SMAs into industrial applications, offering practical guidance for precision machining of these advanced alloys. His ongoing efforts contribute to bridging the gap between material science and manufacturing technology.
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