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We have developed a numerical model for inundation flows in urban districts, which can capture the complex geometries on the Cartesian coordinate system by utilizations of multi-valuables on a computational cell based on the CIP scheme. This paper presents the numerical examination to consider computational methods for flows through road networks in urban districts and demonstrates the adequacy of the model. Then we present the application of the model to the inundation flow in Takehara City due to the storm surge by the typhoon 0416 on August 30-31, 2004. As a result of comparing a calculation result with flood records and damage photographs, flood area could be reproduced by introducing the shielding ratio of flood water by buildings. Then, we considered characteristics of the city for the inundation flow due to storm surge disasters based on the computational results.

A HIGH-RESOLUTION SIMULATOR FOR INUNDATION FLOWS IN URBAN DISTRICTS AND ITS APPLICATION TO TAKEHARA CITY DUE TO STORM SURGE