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Xiaoqun Wang

Reproduction of the sedimentary disturbance phenomenon of the Diexi ancient landslide-dammed lake under earthquake
2015 · Yu-feng Wei, Xiao-qun Wang, et al. · Journal of Mountain Science · 10
A novel numerical model for evaluating the high-frequency vibration intensity of the headrace tunnel in pumped storage power station
2024 · Xiuwei Yang, Jijian Lian, et al. · Renewable Energy · 9
Ambient Vibration Analysis of Diversion Pipeline in Mount Changlong Pumped-Storage Power Station
2024 · Ji-jian Lian, Lin-rui Zuo, et al. · Applied Sciences · 7
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Modeling and simulation of high-frequency vibration of headrace tunnel in a pumped storage power station considering imperfect bounding condition
2025 · Xiuwei Yang, Jijian Lian, et al. · Thin-Walled Structures · 6
Analysis of the formation mechanism of a landslide in the lacustrine sediment of the Diexi ancient dammed lake in the upper reaches of the Minjiang River
2022 · Xiaoqun Wang, Lie Xiao, et al. · Bulletin of Engineering Geology and the Environment · 5
Simulation study of the void space gas effect on slope instability triggered by an earthquake
2019 · Zhou Zhou, Xiao-qun Wang, et al. · Journal of Mountain Science · 5
Variation of cavity gas pressure in slopes with weak intercalation under seismic load
2016 · Xiao-qun Wang, Zhen-lin Chen, et al. · Journal of Mountain Science · 4
Simulation of the dynamic disturbance characteristics of the soft sediment in the Diexi ancient dammed lake, China
2021 · Xiao-qun Wang, Jie Wei, et al. · Journal of Mountain Science · 3
Possible relatedness between the outburst of the Diexi ancient dammed lake and ancient Chengdu’s cultural change
2020 · Xiao-qun Wang, Xin Huang, et al. · Journal of Mountain Science · 3
Late Pleistocene environmental information on the Diexi paleo-dammed lake of the upper Minjiang River in the eastern margin of the Tibetan Plateau, China
2020 · Lan-sheng Wang, Xiao-qun Wang, et al. · Journal of Mountain Science · 3
An investigation into the vibrational characteristics of pumped storage power station penstocks based on prototype observations
2025 · Linrui Zuo, Xiaoqun Wang, et al. · Journal of Energy Storage · 2
Optimal Deployment of Monitoring Points Considering Spatial Deformation Correlation of Slopes
2024 · Yuanzheng Li, Xiaoqun Wang, et al. · Rock Mechanics and Rock Engineering · 2
Study on Stability of Water-fog Slope of Dam Site at Jinping First Level Hydropower Plant
2004 · Wang Xiao-qun · Journal of Geological Hazards and Environment Preservation · 2
Correction to: Analysis of the formation mechanism of a landslide in the lacustrine sediment of the Diexi ancient dammed lake in the upper reaches of the Minjiang River
2022 · Xiaoqun Wang, Lie Xiao, et al. · Bulletin of Engineering Geology and the Environment · 1
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Physical Modeling and Numerical Simulation of Deformation and Failure Process of Large Rockslide in Earthquake
2013 · Wang Xiao-qun · 1
Risk Evaluation of Cold Damage to Rice in Heilongjiang
2012 · Wang Xiao-qun · Anhui nongye kexue · 1
Deformation and Fracturing Mechanism of Goaf Slope
2008 · Wang Xiao-qun · Caikuang yu anquan gongcheng xuebao · 1
A Study of the Cap Formation Sealing Capability of SK1 Well in Jurong Region
2003 · Wang Xiao-qun · offshore Oil · 1
Correlation between the excess cavity gas pressure and the dynamic response of a slope cavity under strong earthquake conditions
2025 · Xiaoqun Wang, Yupei Wang, et al. · Soil Dynamics and Earthquake Engineering
Study on the strain response of slopes containing cavities under the effect of strong earthquakes
2024 · Xiaoqun Wang, Qiang Huang, et al. · Earthquake Engineering & Structural Dynamics
Study on the mechanism of excess void gas pressure in slopes under strong earthquake conditions
2024 · Xiaoqun Wang, Junlong Song, et al. · Research Square
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The Characters of Drought and Flood Disasters in Spring and the Model to Predict the Tendency in Jiamusi Region
2018 · Wang Xiao-qun, Yu Zhang, et al. · Yunnan Nongye Daxue xuebao
qian xi ru he chong fen fa hui wang luo huan jing xia gao xiao tu shu guan zi yuan you shi
2010 · Zuo Meisheng, Wang Xiao-qun, et al. · 中国科教创新导刊
Causes analysis of slope accumulation in Wudongde Hydropower Station of Jinshajiang River valley
2008 · Wang Xiao-qun, Lansheng Wang · Shuiwen dizhi gongcheng dizhi
Research of Engineering Adaptability with High Slope on the Left Bank in Wudongde Hydropower Station of Jinsha River
2008 · Wang Xiao-qun · Shuitu baochi yanjiu
Works count: 28
Citation count: 66
H-index: 5
I10-index: 1
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