-
Biosketch
-
Research
Geotechnical engineering, with a key focus on
- Rainfall-induced landslides
- Anthropogenic effect on slope stability
- Probabilistic slope stability analysis
- Unsaturated soil mechanics and coupled hydro-mechanical numerical analysis
- Application of Random FEM and Random FDM in slope stability
- Application of AI/ML/DL in slope stability and landslide runout analysis
- Landslide susceptibility and runout mapping
-
Teaching
Assisted for
- Geotechnical Engineering 1 and 2, [UG Civil Engineering B.Tech courses]
- Applied Soil Mechanics [PG Geotechnical Engineering M.Tech course]
- Computational Geomechanics Lab [PG Geotechnical Engineering M.Tech course]
- Phd Supervisor
-
Additional Information
TitlePublicationsDescription
Ajith, Abhijith, and Rakesh J. Pillai. "TRIGRS-FOSM: probabilistic slope stability tool for rainfall-induced landslide susceptibility assessment." Natural Hazards (2024): 1-30.
Ajith, Abhijith, K. Anto Francis, and Rakesh J. Pillai. "Evaluation of pore-pressure variation and slope stability on terraced cultivation using physics-based landslide susceptibility model." Geomorphology 450 (2024): 109081.
Ajith, Abhijith, Anupriya Singh, and Rakesh J. Pillai. "Comparative Studies on Spatial Prediction Models of Rainfall-Induced Landslide." Indian Geotechnical Conference. Singapore: Springer Nature Singapore, 2022.
Bikram Ray, Abhijith Ajith, and Rakesh J. Pillai. "Multi-phase Landslide Runout Modelling of Rainfall Induced Debris Flow Event in the Western Ghats" Indian Geotechnical Conference, IIT Roorkee 2023.
