Calculation of drainage volume during tunnel construction based on the control of negative effects of ecosystem | Zendy

Yu Wang | Zendy; Yan Zhao | Zendy; Xiaoyan Ge | Zendy; Yongyu Li | Zendy; Tianrong Huang | Zendy; Qingming Zhang | Zendy

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Calculation of drainage volume during tunnel construction based on the control of negative effects of ecosystem

Author(s) -

Yu Wang,

Yan Zhao,

Xiaoyan Ge,

Yongyu Li,

Tianrong Huang,

Qingming Zhang

Publication year - 2021

Publication title -

water science and technology water supply

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.318

H-Index - 39

eISSN - 1607-0798

pISSN - 1606-9749

DOI - 10.2166/ws.2021.012

Subject(s) - inrush current , dewatering , environmental science , drainage , groundwater , funnel , vegetation (pathology) , geotechnical engineering , hydrology (agriculture) , water level , tunnel construction , volume (thermodynamics) , geology , environmental engineering , engineering , ecology , geography , medicine , cartography , pathology , voltage , electrical engineering , biology , transformer , physics , quantum mechanics

Water inrush and seepage in tunnel engineering often lead to the loss of regional environmental groundwater resources and the imbalance of the hydrological ecological circulation system, which have a serious impact on the growth of natural vegetation. Based on the analysis of the burial depth of the critical water level of vegetation groundwater, a calculation method for the response of vegetation to water environment stress is established, and the water inrush and seepage volume of tunnel engineering under the condition of ecological balance protection are derived. By calculating the range and volume of the dewatering funnel when the tunnel underground water level reaches the maximum depth after water inrush and seepage, the maximum drainage value that must be controlled in tunnel construction is obtained. The proposed method has achieved certain practical results and could provide some theoretical reference for guiding the reasonable protection of groundwater, alleviating and eliminating adverse environmental geological effects in tunnel construction.

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