Jixiang Huang

Papers

Total Citations

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About

Jixiang Huang is a pioneering researcher at the intersection of robotics and advanced materials processing, with a primary focus on the precision machining of natural stone. His work addresses the critical challenge of achieving high-quality surface finishes on complex geometries, particularly for materials like marble. Huang’s major contributions include the development of novel sol–gel (SG) flexible tools for robotic polishing, which utilize a semi-solid abrasive and fiber pad to create a dual yielding effect. This innovation enables the production of high-gloss, low-roughness, and scratch-free surfaces on complex curved marble—a significant advancement for architectural and artistic applications. Additionally, he has made strides in process stability by modeling chatter dynamics for the robot milling of natural marble, a key step in mitigating vibration-induced defects. While his most-cited works are recent (2024), with 3 and 1 citations respectively, they represent foundational advances in a niche but industrially vital field. Huang’s research is notable for bridging material science and robotic automation, offering practical solutions for high-value stone finishing.