Mohammadyar Rahimi
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Also affiliated: Shiraz University (2005); K. N. Toosi University of Technology (2018–2023)
Research Areas
Biomedical Subjects
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Biography and Research Information
OverviewAI-generated summary
Mohammadyar Rahimi's research focuses on geotechnical engineering, particularly the behavior of reinforced soils and the application of geophysical methods for subsurface characterization. He has investigated the bearing capacity of sand reinforced with waste materials, such as tire shreds and plastic bottles, under various loading conditions, including cyclic loads. Rahimi has also explored the uplift capacity of plate anchors in geocell-reinforced sand, examining both experimental and numerical aspects of these systems. His work extends to the use of geophysical techniques, including a comparative study of methods for imaging subsurface voids and a multi-method approach for characterizing shallow landslides. Rahimi has published 22 works, accumulating 375 citations, and holds an h-index of 8. He has collaborated extensively with colleagues at the University of Arkansas at Fayetteville, including Clinton M. Wood and Kevin M. Befus.
Metrics
- h-index: 8
- Publications: 22
- Citations: 375
Selected Publications
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Geophysical Assessment of Internal Erosion Damage in Levees (2026)
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Integration of ERT and Geotechnical Investigation for River Restoration: A Case Study of Dam Removal Site Characterization (2026)
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Seeing Below the Surface: Electrical Geophysics Applications in Dam Safety (2025)
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A Multi-method Geophysical Approach for Complex Shallow Landslide Characterization (2025)
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Challenges of 2D electrical resistivity tomography for detecting thin clay layers under levees: A case study of Melvin price reach of the wood river levee on the Mississippi river (2025)
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Investigating Seepage through Earthen Dams Using Electrical Resistivity Tomography: Case Studies from Hindsville Lake Dam and Elmdale Lake Dam, Arkansas (2025)
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A comparative study of using geophysical methods for imaging subsurface voids of various sizes and at different depths (2024)
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Multi-Method Geophysical Assessment of a Shallow Complex Landslide (2024)
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Estimation of Sediment Depth for a Dam Removal Project Using Combined Underwater and Land Electrical Resistivity Tomography (ERT) (2024)
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Shallow three‐dimensional shear wave velocity model for the Mexico City Basin (2024)
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Geocell-reinforced bed anchored with additional vertical elements under repeated loading (2023)
Collaboration Network
Top Collaborators
- A comparative study of using geophysical methods for imaging subsurface voids of various sizes and at different depths
- A Multi-method Geophysical Approach for Complex Shallow Landslide Characterization
- Challenges of 2D electrical resistivity tomography for detecting thin clay layers under levees: A case study of Melvin price reach of the wood river levee on the Mississippi river
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Investigating Seepage through Earthen Dams Using Electrical Resistivity Tomography: Case Studies from Hindsville Lake Dam and Elmdale Lake Dam, Arkansas
Showing 5 of 9 shared publications
- Challenges of 2D electrical resistivity tomography for detecting thin clay layers under levees: A case study of Melvin price reach of the wood river levee on the Mississippi river
- Investigating Seepage through Earthen Dams Using Electrical Resistivity Tomography: Case Studies from Hindsville Lake Dam and Elmdale Lake Dam, Arkansas
- Estimation of Sediment Depth for a Dam Removal Project Using Combined Underwater and Land Electrical Resistivity Tomography (ERT)
- Integration of ERT and Geotechnical Investigation for River Restoration: A Case Study of Dam Removal Site Characterization
- Seeing Below the Surface: Electrical Geophysics Applications in Dam Safety
- A Multi-method Geophysical Approach for Complex Shallow Landslide Characterization
- Challenges of 2D electrical resistivity tomography for detecting thin clay layers under levees: A case study of Melvin price reach of the wood river levee on the Mississippi river
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- A Multi-method Geophysical Approach for Complex Shallow Landslide Characterization
- Integration of ERT and Geotechnical Investigation for River Restoration: A Case Study of Dam Removal Site Characterization
- Geocell-reinforced bed anchored with additional vertical elements under repeated loading
- Geocell-reinforced bed anchored with additional vertical elements under repeated loading
- Geocell-reinforced bed anchored with additional vertical elements under repeated loading
- Geocell-reinforced bed anchored with additional vertical elements under repeated loading
- Geocell-reinforced bed anchored with additional vertical elements under repeated loading
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
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