Ph.D. researcher specializing in engineering geology, hydrogeology, MODFLOW-USG / USG-Transport numerical modeling, Connected Linear Networks (CLN), density-dependent flow, PFAS transport, and custom scientific Python pipelines (pychan3d) for water resources and safety assessments.
Advanced process-based simulator incorporating unstructured grids, Connected Linear Networks (CLN), PFAS precursor chain decay, Borehole Heat Exchangers (BHE), and density-dependent flow.
Limit Equilibrium Method calculator evaluating Factor of Safety ($FS$), critical slip arcs, and multi-layer soil stratigraphy with 1:1 metric edge rulers.
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Simulates advanced groundwater flow & transport using unstructured Control Volume Finite Difference (CVFD) grids, Connected Linear Networks (CLN), PFAS precursor chain decay, geothermal BHE loops, Richards vadose flow, and IMS adaptive matrix solvers.
Computes Factor of Safety ($FS$) across user-defined multi-layer soil/rock profiles, cohesive-frictional layers ($c', \phi'$), pore water pressure ($r_u$), and crest surcharges with Ordinary Method of Slices.
Examines thermal decay and plume interference across KBS-3 nuclear waste canisters at -450 m depth as a function of canister/tunnel spacing ($S$), decay age, and rock thermal conductivity ($k$).
Simulates trace gas exchanges (CO₂, CH₄, N₂O), soil temperature/moisture coupling, and land-atmosphere carbon fluxes under dynamic weather drivers.
Features FDM groundwater flow solver, interactive point-source placement, extraction pumping capture zones, no-flow barrier walls, dispersion dynamics (αL, αT), and radioactive decay.
Features FDM Gauss-Seidel hydraulic solver, log-normal conductance distributions (σ), and flow-proportional particle advective transport built with pychan3d principles.
Simulates variably saturated infiltration across clay barriers and soil profiles using Richards' equation dynamics, suction head (ψ), and transient wetting fronts.
pychan3d Python package to translate Discrete Fracture Networks into Channel Network Models.