Ashraf Kamal Himel
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Researcher
Also affiliated: University of Arkansas Community College at Batesville (2021)
Faculty Researcher
Research Areas
Links
Biography and Research Information
OverviewAI-generated summary
Ashraf Kamal Himel's research focuses on geotechnical engineering, specifically investigating shear wave velocity profiles and their applications. His work has explored methods for developing deep shear wave velocity profiles in regions like the Mississippi embayment, utilizing surface wave measurements and generalized power-law functions. Himel has also examined the practical implications of shear wave velocity, including its use in estimating rock rippability based on laboratory and field measurements of Poisson's ratios. Additionally, his research has addressed the impact of specific geological layers, such as the Memphis Sand Layer within the Mississippi Embayment, on site response characteristics. Himel has collaborated with Clinton M. Wood on six publications and Rendon Rieth on one publication.
Metrics
- h-index: 5
- Publications: 10
- Citations: 47
Selected Publications
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An approach for developing site signature consistent deep shear wave velocity profiles for the Mississippi embayment using generalized power-law functions (2022)
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Deep shear wave velocity profiles in the Mississippi embayment from surface wave measurements (2022)
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Practical guidelines for near-field mitigation on array-based active surface wave testing (2021)
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Site Response Impacts of the Memphis Sand Layer within the Mississippi Embayment (2021)
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Application of Shear Wave Velocity to Rock Rippability Estimates Based on Poisson’s Ratios Determined from Laboratory and Field Measurements (2021)
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Developing an updated set of VS profiles for the central United States seismic observatory with estimates of uncertainty between different methods (2021)
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Application of Microtremor Horizontal to Vertical Spectra Ratio (MHVSR) and Multichannel Analysis of Surface Wave (MASW) for Shallow Bedrock Mapping for Transportation Projects (2020)
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Updated Reference Shear Wave Velocity Curves for Near-Surface Site Characterization (2019)
Collaboration Network
Top Collaborators
- Practical guidelines for near-field mitigation on array-based active surface wave testing
- Developing an updated set of VS profiles for the central United States seismic observatory with estimates of uncertainty between different methods
- Deep shear wave velocity profiles in the Mississippi embayment from surface wave measurements
- Application of Shear Wave Velocity to Rock Rippability Estimates Based on Poisson’s Ratios Determined from Laboratory and Field Measurements
- An approach for developing site signature consistent deep shear wave velocity profiles for the Mississippi embayment using generalized power-law functions
Showing 5 of 6 shared publications
- Practical guidelines for near-field mitigation on array-based active surface wave testing
- Application of Shear Wave Velocity to Rock Rippability Estimates Based on Poisson’s Ratios Determined from Laboratory and Field Measurements
- Site Response Impacts of the Memphis Sand Layer within the Mississippi Embayment
- Application of Shear Wave Velocity to Rock Rippability Estimates Based on Poisson’s Ratios Determined from Laboratory and Field Measurements