Research
Dr. Song's research interests:
Vertical bearing resistance of cantilever sheet piles - numerical modeling and centrifuge testing
Bearing capacity of Florida carbonate rocks - high-pressure triaxial testing and numerical modeling
Bio-stabilized geotechnics - physical testing and numerical modeling
Strain localization and instability in porous geologic materials
Mechanics and physics of unsaturated/expansive soil
Multiscale multiphysics modeling of porous media
Computational chemo and bio-geomechanics
High-Performance Computing in poro-geomechanics on HiPerGator
Numerical modeling of landslides, subsidence/sinkholes, unsaturated soil liquefaction, subsurface flow, and landfill slope stability
Artificial intelligence/machine learning/deep learning in geo-hazard and risk engineering
Failure of variably saturated geomaterials under dynamic loads
Dr. Song’s current research focuses on physical, theoretical and computational modeling of multiphysics processes and failure in porous geological materials under environmental loads (e.g., humidity or temperature) and extreme events (e.g., earthquakes or hurricanes). His current research on numerical modeling of multiphase porous media (e.g., geological materials) at multiple space and time scales (nanometers to kilometers and nanoseconds to years) through high-performance computing has a broad spectrum of applications in engineering and science, for example, geo-hazard engineering (e.g., landslides and soil liquefaction), as well as energy, environmental, coastal, and biological geotechnics (e.g., geothermal energy production and storage).
Our research is currently supported by the National Science Foundation, Florida Department of Transportation, and UF HiPerGator supercomputer. We thank them for the support!
(#3 is the latest ranking)
Theory is the language by means of which lessons of experience can be clearly expressed. --- Karl von Terzaghi
The most fruitful research grows out of practical problems. --- Ralph B Peck
Wisdom is not a product of schooling but of the lifelong attempt to acquire it. --- Albert Einstein