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About

Tieshuang Zhu is a researcher specializing in advanced laser-based manufacturing and surface engineering, with a focus on high-speed, high-precision machining and remanufacturing technologies. Their major contributions include the development of a laser scanning machining system that supports on-the-fly machining and laser power follow-up adjustment, addressing critical demands for wide-area, high-quality processing. This work, published in 2022, has garnered 15 citations, highlighting its significance in advancing laser manufacturing efficiency and accuracy. Additionally, Zhu has explored laser cladding posture optimization for freeform surface remanufacturing, particularly for turbine blades using Ti-6Al-4V powder, demonstrating improvements in forming quality and industrial applicability. This research, from 2026, has already attracted 2 citations, underscoring its emerging impact. Zhu’s work bridges fundamental laser-material interactions with practical manufacturing challenges, offering solutions for high-speed, adaptive machining and sustainable remanufacturing. Their achievements are notable for integrating real-time control systems with laser processing, paving the way for more flexible and efficient industrial applications. For students and researchers, Zhu’s contributions exemplify how innovative system design can enhance manufacturing precision and sustainability.