DEVELOPMENT OF A PRACTICAL DAMAGE-FORECASTING METHOD WHICH CONSIDERED INDETERMINACY OF A TSUNAMI DRIFTS

Abstract

 In this research, a damage forecasting method which considered indeterminacy of each tsunami drift was developed. I aimed at the drift starting water depth, the drag coefficient and the additional mass coefficient as the typical parameter which indicates the special quality of the drift and did by this research. The variability was considered by the numerical simulation which considered indeterminacy. A drift process by an influential presence in a building was compared in the actual cite.