This research field focuses on the development of stable, efficient, and reproducible numerical schemes for particle and grid-based methods. Emphasis is placed on boundary treatment, accuracy improvement, and GPU-accelerated implementations for large-scale simulations.
Research Topics
Particle-Based Numerical Schemes
- Advanced wall boundary treatments for SPH
- Density diffusion-based and reconstruction-enhanced formulations
- Stability and consistency improvements
Heat & Transport Modeling
- Heat transfer models near rigid and deformable boundaries
- Conjugate heat transfer in particle frameworks
- Multiphase and multiphysics transport modeling
High-Performance & Reproducible Computing
- CUDA-based parallel implementations
- Contact detection and scalable data structures
- Method verification, benchmarking, and reproducibility workflows
