Tie Yin

Papers

Total Citations

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About

Tie Yin is a researcher specializing in advanced welding technologies for oil and gas pipeline construction, with a particular focus on automation and narrow-gap groove welding. His major contributions center on developing and optimizing automatic welding systems for large-diameter pipelines, including the design of a rail-type welding robot capable of stable circumferential travel and seam tracking. In his 2022 study on compound narrow gap groove filling strategies, he addressed the critical challenge of multi-layer, multi-pass path planning for high-pressure pipelines, a work that has garnered 16 citations. His 2023 paper on the application of rail-type welding robots further advanced the field, earning 7 citations for its practical contributions to pipeline automation. Collectively, Yin’s research bridges the gap between mechanical design and control systems, offering scalable solutions for the energy sector’s growing demand for reliable, automated welding. His work is particularly notable for its direct industrial applicability, helping to improve weld quality and efficiency in long-distance pipeline projects. For students and researchers in welding engineering and robotics, Yin’s studies provide a clear roadmap for integrating automation into traditional welding processes.