R. Sundaresan
Papers
1
Total Citations
23
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1
About
R. Sundaresan is a distinguished materials scientist whose research has centered on the superplastic deformation and processing of advanced titanium alloys for high-performance aerospace applications. His most-cited work, "Deformation processing in superplasticity regime-production of aircraft engine compressor discs out of titanium alloys" (1998, 23 citations), represents a seminal contribution to the manufacturing of critical jet engine components. Sundaresan pioneered the application of superplastic forming techniques to titanium alloys, demonstrating how controlled deformation at elevated temperatures could produce complex, high-strength compressor discs with superior mechanical properties. This work directly addressed the aerospace industry's need for lighter, more durable engine parts capable of withstanding extreme operational stresses. His research bridged fundamental materials science with practical industrial manufacturing, establishing processing parameters that enabled the reliable production of near-net-shape components while reducing material waste and machining costs. Sundaresan's contributions have been particularly influential in the development of cost-effective manufacturing routes for titanium alloy components in aircraft engines, where weight reduction and performance reliability are paramount. His findings continue to inform modern superplastic forming practices in aerospace manufacturing, underscoring the lasting impact of his work on both materials engineering and propulsion technology.
Research Focus
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