Mohammadyar Rahimi
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Shiraz University (2005); K.N.Toosi University of Technology (2018–2023)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Mohammadyar Rahimi's research investigates the application of geophysical methods for characterizing subsurface conditions, with a particular focus on shallow landslides and subsurface voids. His work includes studies on the bearing capacity of soil reinforced with post-consumer PET bottles and geocell-reinforced beds under repeated loading. Rahimi has also explored the use of 2D electrical resistivity tomography for detecting thin clay layers in levee systems, using the Mississippi River levee as a case study. His research network includes collaborations with Clinton M. Wood, Kevin M. Befus, Mersad Fathizadeh, and Graham G. Thompson at the University of Arkansas at Fayetteville. Rahimi has an h-index of 8 and has published 21 papers, accumulating 351 citations.
Metrics
- h-index: 8
- Publications: 21
- Citations: 362
Selected Publications
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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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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
- Investigating Seepage through Earthen Dams Using Electrical Resistivity Tomography: Case Studies from Hindsville Lake Dam and Elmdale Lake Dam, Arkansas
- Shallow three‐dimensional shear wave velocity model for the Mexico City Basin
Showing 5 of 8 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)
- Seeing Below the Surface: Electrical Geophysics Applications in Dam Safety
- Integration of ERT and Geotechnical Investigation for River Restoration: A Case Study of Dam Removal Site Characterization
- 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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