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| Students |
| Theme for Graduate, Master, and Doctor Thesises (2025-2026) |
- Relationship Between Liquidity Assessment in IDDSI Flow Test and Rheological Properties of Fluids
- Numerical Analysis of Viscoelastic Flows in IDDSI Flow Test
- Numerical Analysis of VIscoelastic Flows in Eccentric Abrupt Contraction Channel
- Numerical Analysis of the Deformation Behavior of Hyperelastic Materials in Flow
| Theme for Graduate, Master, and Doctor Thesises (2024-2025) |
- Relationship Between Liquidity Assessment in IDDSI Flow Test and Rheological Properties of Fluids
- Numerical Analysis of Viscoelastic Flows in IDDSI Flow Test
- Development of ODES-DOS Extensional Rheometer for Measuring the Extensional Properties of Polymeric Fluids
- Dynamic Surface Tension of Aqueous Solutions of Thickening Agents
| Theme for Graduate, Master, and Doctor Thesises (2023-2024) |
- Numerical Analysis of Viscoplastic Flows
- Relationship Between Liquidity Assessment in IDDSI Flow Test and Rheological Properties of Fluids
- Numerical Analysis of Viscoelastic Flows in IDDSI Flow Test
- Agent-Based Simulation of Collective Motion of Active Particles
| Theme for Graduate, Master, and Doctor Thesises (2022-2023) |
- Numerical Thermal and Flow Analysis of Nanofluids Considering Effects of Nanoparticle Shape
- Experimental Study of Hydraulic Jump of Non-Newtonian Fluids
- Numerical Analysis of Hydraulic Jump of non-Newtonian Fluids
- Agent-Based Simulation of Collective Motion of Active Particles
- Numerical Analysis of Biofilm Growth in Flows
| Theme for Graduate, Master, and Doctor Thesises (2021-2022) |
- Numerical Thermal Flow Analysis of Nanofluids in Model Channel of Heat Exchanger
- Numerical Analysis of Hydraulic Jump of Viscoplastic Fluids
- Hydraulic Jump of Non-Newtonian Fluids
- Numerical Simulation of Mixing Flows of Viscoelastic Fluids
- Agent-Based Simulation of Collective Motion of Active Particles
- Numerical Analysis of Biofilm Growth in Flows in an L-Shaped Channel
| Theme for Graduate, Master, and Doctor Thesises (2020-2021) |
- Numerical Thermal Flow Analysis of Nanofluids in Model Channel of Heat Exchanger
- Numerical Analysis of Hydraulic Jump of Viscoplastic Fluids
- Construction of PIV System
- Hydraulic Jump of Polymer Solutions
- Jet and Cavity Caused by an Object Entering Viscoelastic Fluids
- Numerical Simulation of Viscoelastic Flows around an Obstacle
| Theme for Graduate and Master Thesises (2019-2020) |
- Numerical Flow Analysis of Shear-Thickening Fluids in Gravure Cell
- Numerical Thermal Flow Analysis of Nanofluids in Model Channel of Heat Exchanger
- Effects of Drag Reduction of Dilute Aqueous Solutions of Powder Tea
- Numerical Analysis of Hydraulic Jump of Newtonian and Viscoplastic Fluids
- Numerical Simulation of Biofilm Growth in Intermittent Flow
- Numerical Simulation of Structures in Collective Motion using Fish School Model
- Development of Movable Small Wind Tunnel for Flow Visualization
| Theme for Graduate and Master Thesises (2018-2019) |
- Numerical Flow Analysis of Shear-Thickening Fluids
- Numerical Heat and Flow Analysis of Nonofluids
- Numerical Flow Analysis of Viscoplastic Fluids
- Numerical Simulation of Structures in Collective Motion using Fish School Model
- Effects of Drag Reduction of Dilute Aqueous Solutions of Powder Tea
- Development of Movable Small Wind Tunnel for Flow Visualization
| Theme for Graduate Thesis (2017-2018) |
- Numerical Flow Analysis of Complex Fluids with Temporal Change in Inner Structures
- Numerical Flow Analysis of Viscoplastic fluids in Roll Foaming Flows
- Hele-Shaw flows of Cellulose Nanofiber Suspensions
- Effects of Drag Reduction of Dilute Aqueous Solutions of Powder Tea
| Theme for Graduate Thesis (2016-2017) |
- Numerical Flow Analysis of Suspensions of Microalgae
- Numerical Flow Analysis of Complex Fluids with Temporal Change in Inner Structures
- Effects of Drag Reduction of Dilute Aqueous Solutions of Powder Tea
- Dynamic Surface Tension of Dilute Aqueous Solutions of Powder Tea
- Dynamic Surface Tension of Polymer Solutions
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