1st Edition

Framework for Dynamic Modelling of Urban Floods at Different Topographical Resolutions UNESCO-IHE PhD Thesis

By Solomon D. Seyoum Copyright 2013
160 Pages
by CRC Press

166 Pages
by CRC Press

Urban flood risks and their impacts are expected to increase as urban development in flood prone areas continues and rain intensity increases as a result of climate change while aging drainage infrastructures limit the drainage capacity in existing urban areas. Flood mitigation strategies are required as part of sound urban flood management plans to assess flood risk and identify technically... Read more
1. Introduction  2. Literature Review  3. Development of the Modelling Systems  4. 2D Model Application to Simulate Surface Flow  5. Sewer Network and Surface Flow Interaction:  1D-2D Model Application  6. Topographic Grid Generalization for Urban flood Modelling  7. Effect of Infiltration in Urban Flood Modelling  8. Conclusions and Recommendations.

Biography

Solomon D. Seyoum is lecturer at the department of Environmental Engineering and Water Technology of UNESCO-IHE Institute for Water Education with more than 15 years of research and industrial experience. He has a combined background in sanitary engineering, water resources engineering and hydroinformatics. Prior to joining UNESCO-IHE Solomon Seyoum worked for the government and consultancy firms in Ethiopia, involved in the study, design, modelling and management of urban drainage, water supply, stormwater and wastewater systems. His role ranged from resident engineer to senior design engineer and team leader within various water resources development projects. At UNESCO-IHE he teaches in urban drainage and sewerage, design and modelling of urban drainage systems, numerical methods and related courses. In addition he supervises Master students and coordinates an online course on urban drainage and sewerage. His research interests include urban flood modelling, optimization of urban drainage and water supply distribution networks, development and application of advanced tools for simulation, design and management of water systems and urban water infrastructure asset management.