2024–2026
Graduate School of Agriculture, Tokyo University of Agriculture and Technology
Master's Thesis: Coupled Water Flow and Heat Transport Analysis during Ground Freezing Processes in the Presence of Groundwater Flow
About
About
My primary field is coupled numerical modeling of heat, moisture transport, and phase change in freezing soils.
My work covers physical modeling, finite element discretization, nonlinear iteration, sparse linear solvers, parallel computing, and visualization.
- Research
- Soil freezing and artificial ground freezing
- Methods
- Finite element and coupled heat–moisture analysis
- Languages
- Fortran, C++, Python
- Computing
- PETSc, MPI, OpenMP, Intel oneAPI
Education
2020–2024
Faculty of Agriculture, Tokyo University of Agriculture and Technology
Bachelor's Thesis: Toward the Establishment of a Method for Simultaneous Analysis of Moisture and Heat in Ground Freezing Processes in the Presence of Groundwater Flow
Technical Skills
Programming
- Fortran
- C++
- Python
Numerical Modeling
- Finite element methods
- Coupled heat and moisture analysis
- Phase-change models
- Nonlinear iterative methods
- Adaptive time stepping
Solvers / HPC
- PETSc
- GMRES
- BiCGSTAB
- PARDISO
- MPI
- OpenMP
Tools
- Intel oneAPI
- Gmsh
- ParaView
- VTK
- Git / GitHub
- LaTeX