国际水利与环境工程学会中国分会 - Dr. Ryota Tsubaki

Dr. Ryota Tsubaki

Kobe University

Associate Professor

My Profile

About

Ryota Tsubaki is an associate professor in the Department of Civil Engineering at Kobe University, Japan, where he has been a faculty member since 2025. His current research interests include the development of advanced field monitoring methods for quantifying flow and sediment transport in open channels based on flow visualization and pressure and hydroacoustics measurement approaches.

Career Type:

Scientist/Researcher/Academic

Organization Type:

Universities and Academia

Expertise Fields/Interests:

His current research interests include the development of advanced field monitoring methods for quantifying flow and sediment transport in open channels based on flow visualization and pressure and hydroacoustics measurement approaches. Hydrological Modeling Rivers Numerical Simulation Hydraulics Hydrology Remote Sensing Water Resources Management Water Resources Engineering Hydrologic and Water Resource Modeling and Simulation Environment

Major Achievements:

Technical Committees

Committee Name
Committee on Experimental Methods and Instrumentation
Committee on Ecohydraulics
Committee on Fluvial Hydraulics
Committee on Fluid Mechanics
Committee on Flood Risk Management
Committee on Water Resources Management

IAHR Position

Committee Name	Position	Start Date	End Date
Committee on Experimental Methods and Instrumentation	Member	2021-06-21	2023-02-07

My Papers and Presentations

Title	Year
Estimation of River Cross-Sectional Profile During Flood Condition Based on River-Water-Surface Flow	2025
Numerical Study on Spatio-Temporal Dynamics of Sediment Flux and Its Sensitivity to Sediment Supply in Gravel-Bed River	2025
Turbidity Effects on Uas-Based Underwater Bathymetry Reconstruction in a Trapezoidal Channel	2025
Unsteady Features of Bedload and Near-Bed Turbulence Measured in a Braided Gravel Bed River	2025
Bedload Transport Measurement in a Japanese Gravel River Using Synchronized Hydrodynamic and Hydroacoustic Pressure Sensing	2020
Aquatic Mosses on Cobble in Riffles and Those Resistance to Disturbances Due to High Flow and Sediment Impact	2019
International contributions in advancing ecohydraulics	2019
Multi-Camera Large-Scale Particle Image Velocimetry	2019
LSPIV App Data Fusion of Velocity and Elevation Data	2018
Measurement of Pressure Fluctuation on Bed Cobbles During Small Floods	2018
Field Measurements of the Absolute Pressure Distribution Acting on Bed Material	2017
Analysis of Heavy Rain in Hiroshima Based on X-Band Multi-Parameter Radars	2016
Numerical Simulation of Localized Torrential Rainfall in Hiroshima	2016
Acoustic Mapping Velocimetry Proof-of-Concept Experiment	2015
Analysis of 3-D Unprecedented Torrential and Convective Rainfall by High Resolution X Band Radar Precipitation	2015
Large-Scale Particle Image Velocimetry (LSPIV) Implementation on Smartphone	2015
Study on Bar Formation with Bed Material of Low Density	2015
Experimental Study of Turbulent Flows in an Open Channel with Different Vegetation Patches	2013
Numerical Prediction of Heavy Rainfall Using Weather and Research Forecasting Model	2013
On the Spatial Distribution of Aquatic Plant in Gravel River	2013
An Experimental Study on Railway Embankment Breach and Its Critical Flow Condition	2012
Assessment of Flood Hazard MAP Using Simulation of Inundation and Human Behaviors	2010
Mean Velocity Distributions in Open Channel Flows with Submerged and Emergent Vegetation	2009
The Effects of Tree Belt Along Levee on Levee-Break Flows	2009
Measurements of Flood Discharge by Using Space Time Image Velocimetry with a High Resolution Video Camera	2007
Sensitivity of Grid Spacing to Prediction and Co- Herent Flow Structure of Inundation on Urban Area	2007
Automated Grid Generation for Flood Prediction Using LIDAR Data	2005
Efficient Image Analysis Method for River Flow Measurement Using Space-Time Images	2005

My Videos

Title	Year

IAHR Awards

IAHR Awards	Date