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Numerical simulations of flood flow in the Onga river basin and inundation flow in the Iizuka-city area due to torrential rain were performed by a numerical model for rainfall-runoff in watershed and flood inundation process in urban area with flood disaster-reduction system such as sewer network and drainage pump station. The rain-fall runoff, flood flow in rivers and inundation flows on the ground and freesurface-pressurized flow in the sewer network were simulated by a distributed hydrological model, the 2D free-surface flow model and dynamic network model for free-surface-pressurized flow combined with the Preissmann slot respectively. The characteristics of flood flow and inundation flow in Iizuka-city in the Onga river basin due to several torrential rain were examined based on the numerical results.

NUMERICAL INVESTIGATION OF CHARACTERISTICS OF FLOOD FLOW IN THE ONGA RIVER BASIN AND INUNDATION FLOW IN IIZUKA CITY DUE TO TORRENTIAL RAIN