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A platform for research: civil engineering, architecture and urbanism
Ground Movements from Aquifer Recharge and Recovery
This paper deals with ground response to surface water infiltration from an aquifer storage and recovery facility in Arizona. It presents a coupled groundwater flow–soil deformation model to investigate the role of low-hydraulic conductive materials (LHCMs), such as clays and silts, on the spatial and temporal flow and ground response. Finite element analyses were conducted that simulated the flow from surface injection ponds into the ground with and without LHCMs. The results showed that the presence of LHCMs significantly influences the flow path and the ground surface deformation profile.
Ground Movements from Aquifer Recharge and Recovery
This paper deals with ground response to surface water infiltration from an aquifer storage and recovery facility in Arizona. It presents a coupled groundwater flow–soil deformation model to investigate the role of low-hydraulic conductive materials (LHCMs), such as clays and silts, on the spatial and temporal flow and ground response. Finite element analyses were conducted that simulated the flow from surface injection ponds into the ground with and without LHCMs. The results showed that the presence of LHCMs significantly influences the flow path and the ground surface deformation profile.
Ground Movements from Aquifer Recharge and Recovery
Budhu, Muniram (author) / Ossai, Rashidatu (author) / Adiyaman, Ibrahim (author)
Journal of Hydrologic Engineering ; 19 ; 790-799
2013-05-02
102014-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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