Vivek Patel

Papers

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About

Vivek Patel is an emerging materials and manufacturing engineer whose research sits at the intersection of advanced welding technologies, lightweight alloys, and aerospace and automotive applications. His work has garnered significant attention for advancing Friction Stir Welding (FSW) processes, particularly in joining high-performance aluminium alloys that are critical to next-generation structural and energy systems. Patel's most cited contribution — "Taguchi-based optimisation of FSW parameters for advancement in aerospace materials: Al-Li 2060 alloy" (2024, 21 citations) — demonstrates his ability to integrate intelligent design-of-experiment methodologies with cutting-edge robotic manufacturing, employing a 5-axis kinematic arm to weld third-generation aluminium-lithium alloys used in aircraft structures. His complementary study on robotic FSW for battery frame assemblies in battery electric vehicles (2023, 14 citations) highlights his versatility, addressing the growing demand for defect-free, lightweight joints in sustainable transportation. Collectively, Patel's research reflects a forward-thinking approach to precision manufacturing, connecting aerospace-grade materials science with the clean energy transition. With over 35 citations across recent publications, his work is rapidly gaining traction among welding engineers, materials scientists, and industry practitioners working at the frontiers of lightweight structural design.