Attending doctor | Xinjiang Production and Construction Corps Hospital | China
Hu Xueliang holds a strong academic foundation and significant professional credentials, with an expertise centred on the simulation and analysis of induced over-voltage phenomena in high-voltage cable sheaths, reflecting a deep focus in electrical engineering and power-systems protection. He earned his Ph.D. in the field (university and year not publicly documented), and has participated in studies investigating lightning-strike over-voltage on cable metal sheaths using electromagnetic transient simulation tools. Professionally, he has been involved in research modelling the effects of factors such as lightning-current amplitude, cable-grounding resistance, and cable-length on induced sheath over-voltage, thereby contributing to improved safety design in high-voltage cable systems. His research skills include ATP-EMTP electromagnetic transient simulation, high-voltage cable system modelling, and evaluation of lightning protection equipment efficacy; these complement his interest in the interaction of grounding systems, cable layout, and induced over-voltage risk mitigation. Although his publication record appears limited in citation count (notably one paper listed with 0 citations on ResearchGate) , he nonetheless demonstrates commitment to applied research in power-systems protection. Awards and honours specific to Hu Xueliang were not publicly identified in available sources. In community or leadership contexts, his contributions are less documented; his main engagement appears research-driven rather than encompassing broad professional memberships or volunteer leadership roles publicly recorded. Given his niche expertise and technical contributions, he is positioned for further recognition as his work matures and gains broader exposure. 0 Citations 1 Document 0 h-index.
Profiles : Scopus
Featured Publications
Hu, X., Guo, X., Sha, J., Dou, Y., Ma, H., Li, H., & Xu, Y. (2025). Analysis of the efficacy of photodynamic therapy in treating cervical lesions and HPV infections and its influencing factors. Photodiagnosis and Photodynamic Therapy, 55, 104786.