Papers
1
Total Citations
3
H-Index
1
About
E. Anusha is a researcher specializing in computational modeling and advanced manufacturing processes, with a particular focus on laser-based surface engineering. Her work bridges numerical simulation and statistical analysis to optimize industrial heat treatment techniques. In her most-cited study, "Numerical and statistical modelling of high speed rotating diode laser surface hardening process on a steel rod" (2021), she developed a predictive framework that integrates finite element modeling with response surface methodology, enabling precise control of phase transformations in steel components. This research contributes to enhancing wear resistance and fatigue life in high-speed rotating machinery, offering cost-effective alternatives to conventional hardening methods. Though her citation count is modest, her work demonstrates rigorous methodological innovation, combining thermal physics, material science, and statistical design. Anusha’s contributions are particularly relevant to the automotive and aerospace sectors, where surface durability is critical. Her approach exemplifies how computational tools can reduce experimental trial-and-error, accelerating process development. As her research gains traction, it holds promise for broader applications in laser cladding and additive manufacturing, positioning her as an emerging voice in the field of laser materials processing.
Research Focus
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Top Papers
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