Research


    Our research group is focused on improving the ability of engineers to predict the response of geotechnical infrastructure to natural hazards. Our goal is to use analytical and numerical methods along with empirical observations to produce tools that have a sound basis in mechanics, but remain useable for practicing engineers.

    Current research projects:

    • Effects of spatial variability on earthquake-induced liquefaction
    • Evaluation of landslides along highways
    • Non-destructive test methods to evaluate deep foundations
    • Mapping and monitoring of sinkhole development

    Current group members:

    • Patricia Carcamo Barrientos, Ph.D. Student (2019-Current). Measurement of Vs30 at bridge sites in Alabama.
    • Devdeep Basu, Ph.D. Student (2017-Current). Effects of spatial variability on soil liquefaction.
    • Dan Jackson, Ph.D. Student (2017 – Current). Use of geophysical methods for sinkhole evaluation (co-advised with Dr. Brian Anderson).
    • Michael Kiernan, Ph.D. Student (2016-Current). Numerical modeling of cyclic softening in sensitive clays.
    • Mengwei Xuan, Ph.D. Student (2017-Current). Remediation methods for landslides along Alabama highways.

    We are always looking for talented graduate students who are interested in geotechnical engineering to join our group. Please see the graduate admission page for more information. All applications will be considered for funding, but offers can only be made after all applications have been reviewed.