Current Research Projects
Small Scale Discrete Element Modeling of Sea IceThis project involves simulating the interactions between sea ice particles using numerical methods. The simulation takes into account various factors including shape, size, and orientation of the ice particles, as well as the properties of the surrounding environment, such as temperature, salinity, and pressure. |
Nano-conditioning of Expansive Soils Using ElectroosmosisNano-conditioning of expansive soils using electroosmosis is a promising soil stabilization technique that has the potential to reduce the negative impacts of expansive soils on infrastructure and the environment. We are using this technique to see its effects on Improved soil stability and strength, reduced soil swelling and shrinkage, reduced risk of damage to infrastructure and the environment, Lower cost compared to traditional soil stabilization techniques, Minimal disruption to the soil structure and environment. |
Elasto-Granular Interactions Between Morphing Skins and SoilsThis research provides an understanding of the microscopic and macroscopic interactions between architected shape-morphing shells and granular media and to leverage this knowledge to guide the realization of probes for underground burrowing and exploration. To reach this objective, our work aims at exploring the interface between the nonlinear mechanics of flexible structures and the mechanics of granular media and soils. |