A Forecast Model of Flood-inundation Flows for Lower Area of NAKAGAWA Basin

スポンサーリンク

概要

• 論文の詳細を見る

• A numerical forecast model of flood inundation flows usually composes an analysis model of flood flows and an analysis model of inundation flows. These analysis models often use high approximate equations, and the calculation time is comparatively long. As the calculation mesh of an inundation flows model dose not offer a close enough is not enough to approximate ground elevations, computational accuracy declines. In this paper, we discuss the development of a practicable forecast model of flood inundation flows. The model maintains computational accuracy and allows for high-speed calculation. First, model equations of flood flows and inundation flows were selected theoretical. Second, the calculation mesh of the inundation flows model was divided by the usual mesh interval into five peace. Third, the flood flows analysis model is included the effects density at the river mouth.

• 東海大学の論文

著者

• Yasuda Hiroyasu

  National Institute For Land And Infrastructure Management

• GOTO Chiaki

  Department of Civil Engineering, Tokai University

• IIDA Kunihiko

  Department of Civil Engineering, Tokai University

• YASUDA Hiroyasu

  Course of Civil Engineering

• Goto Chiaki

  Department Of Civil Engineering

• Iida Kunihiko

  Department Of Civil Engineering School Of Engineering

関連論文

• Development of Support System of Levee Protection Activities Based on GIS and Prompt Flood-Prediction Model
• A Numerical Model for Prompt Prediction of Flood-Inundation Flows Using Topography-Fitted Grid
• A Forecast Model of Flood-inundation Flows for Lower Area of NAKAGAWA Basin
• A Study on Dispersion Effects for the Tsunamis Occurring in the Sea near Japan
• On the Characteristics of Marine Surface Wind and Wind Waves
• A Numerical Model for Soliton Fission and Wave Breaking of Shallow Water Waves
• Study on Tsunami Numerical Simulation Model Considering Numerical Errors and Suitable Dispersion Terms
• The First Approximate Solitary-Typed Solutions for Nonlinear Dispersive Long Wave Equations
• Truncation Errors of Tsunami Computation by ADI Method
• Development of Tsunami Numerical Simulation System for a Wide Use
• Characteristics of Fault Models and Tsunami Sources around Japan Islands
• Some Characteristics on Propagation of Hokkaido Nansei-Oki Earthquake Tsunami
• On the Characteristics of Frequency Spectra for Wind Waves
• Effects of Anisotropic Excitation in Laser-Induced Fluoresceruce Spectroscopy (LIFS)
• Elimination of the Excitation Anisotropy Effects in the Laser-Based Determination of Atomic Collision Rate Coeffecient-Depopulating Collisions of Neon 2p^53p Atoms
• DEVELOPMENT OF THE 2D/3D HYBRID MODEL FOR TSUNAMI NUMERICAL SIMULATION
• THEORETICAL EXAMINATIONS ON LONG-WAVE DAMPING BY SEA BOTTOM FRICTION
• A Theoretical Investigation of Bottom Friction of Long Waves
• Numerical Tsunami Analysis by A Three-Dimensional Model with non-Hydrostatic Pressure
• Wave Hindcast for Osaka Bay by the Use of Multiple Regression Model Described in Physical Parameters
• Numerical Computation of Non-linear Dispersive Long Waves by Two-step Mixed Finite Difference Scheme

もっと見る 閉じる

スポンサーリンク