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Yingjun Song

As seen in: Nature, Wiley Online Library
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Articles

Integrated numerical–physical modeling for optimizing riverbed dredging in Mixed Pumped-Storage Power Stations: a case study of Lianghekou project

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By Rui Bai, Jiaye Li, Yingjun Song, Wei Jin, jun chen, Jianbing Li, Dezhi Fu
| Nature Verified
Abstract The Mixed Pumped-Storage Power Station (MPSPS) constitutes an emerging strategy for the development of integrated clean-energy bases that combine hydropower, wind, and solar resources. However, a critical literature gap exists regarding effective engineering measures to mitigate the “pumping funnel” phenomenon in the lower reservoir, which remains a key operational challenge for MPSPS.
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Experimental and mechanistic analysis of deformation modulus enhancement in soilbag

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By Jie Liao, Yingjun Song, Yuze Tao, Siyuan Xu, Sihong Liu, Kewei Fan
| Nature Verified
Abstract Soilbags represent an emerging three-dimensional geosynthetic reinforcement technique, valued in permanent civil engineering for their structural strength, site adaptability, and economic efficiency. Despite growing application, the fundamental mechanisms of enhancing the deformation modulus of reinforced soil have not been fully elucidated. This study advances the understanding by integrating field, theoretical, and experimental approaches to unravel the modulus‑enhancement mechanisms.
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Buyang Huanwu Decoction promotes the neurological recovery of traumatic spinal cord injury via inhibiting apoptosis, inflammation, and oxidative stress

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By Xu Li, Guofu Zhang, Yingjun Song
| Wiley Online Library Verified
Abstract Background The incidence rate of spinal cord injury (SCI) is increasing, and the mortality or disability rate caused by SCI remains high in the world. Buyang Huanwu Decoction (BYHWD) is a kind of Traditional Chinese medicine, and it is believed to be effective in several kinds of nervous system diseases. Whether BYHWD could improve SCI and the potential function mechanism remain unclear. Methods SCI animal model was established by damaging T10 spinal cord.
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