MSc. degree on Water Resources Engineering and Management from University of Stuttgart. I am working on HydroPore project and my research objective is to unravel and quantify the mechanisms and laws that govern multiphase flow and hydrodynamic transport in permeable media from the pore to the regional scale and derive a new approach for their systematic upscaling. In particular:
– investigate and quantify the detailed flow, transport and mixing dynamics in porous media at pore, Darcy and regional scales through the analysis of the Eulerian flow filed, concentration field, particle trajectories and Lagrangian flow properties.
– develop a new continuum approach for the multiphase flow in porous media with constitutive behaviours based on a sound physics-based description of the local scale dynamics
– implement numerically the derived upscaled models (continuous time random walk models, multi continuum models, lamellar mixing models).
A-Z Researchers
Animesh Nepal
PhD Student
- animesh.nepal@idaea.csic.es
- 437732
- iD ORCID: 0000-0002-1383-8377
Summary
Latest publications
Mechanisms of interface jumps, pinning and hysteresis during cyclic fluid displacements in an isolated pore
Journal of Colloid and Interface Science — 2025 — DOI: 10.1016/j.jcis.2025.137767
Latest projects
PID2022-137652NB-C41
ROCESOS ACOPLADOS DE FLUJO MULTIFASICO, TRANSPORTE Y DEFORMACION MECANICA EN MEDIOS HETEROGENEOS POROSOS Y FRACTURADOS A DISTINTAS ESCALAS
Start date: 01/09/2023 - End date: 30/08/2026
