Results 61 to 70 of about 175,013 (175)
A Sensitivity Analysis Approach to Identifying Drivers of Streamflow Hysteresis
ABSTRACT This study reveals the critical interplay between streamflow hysteresis and local hydrogeomorphic conditions. Hysteresis is known to be influenced by characteristics such as bed slope, roughness, and wave intensity, but there has been no comprehensive study of the conditions facilitating hysteresis.
E. House +4 more
wiley +1 more source
FLOOD INUNDATION MAPPING BY GIS AND A HYDRAULIC MODEL (HEC RAS): A CASE STUDY OF AKARCAY BOLVADIN SUBBASIN, IN TURKEY [PDF]
In this study, it is aimed to constitute flood inundation maps for Akarcay Bolvadin Subbasin. Topographic data of study area is defined for hydraulic model by sectioning along the river on Digital Elevation Model (DEM) which is created by ArcGIS, a ...
Yilmaz İcaga, Emin Tas, Murat Kilit
doaj +1 more source
ABSTRACT This study integrates deep learning‐based real‐time rainfall forecasting with hydrodynamic flood modeling to provide near real‐time predictions of urban flood inundation. The research focuses on urban Guwahati, a rapidly urbanizing city in Northeast India prone to recurrent pluvial flooding. A novel hybrid model, Multivariate Singular Spectrum
Shejule Priya Ashok, Sreeja Pekkat
wiley +1 more source
Modelling Flood Hazards Impacted by Ungauged River in Urbanised Area Using HEC-RAS and GIS
Ilorin City is located downstream of Asa, Oyun and Awun River Basins. The Asa River is a major river that traverses the city and divides the metropolitan area into east and west, almost equally.
Romoke Ojo +5 more
doaj
Flood inundation Mapping using HEC-RAS
Flood inundation mapping is an important tool for municipal and urban growth planning, emergency action plans, flood insurance rates and ecological studies. Mapping a floodplain requires a forecasting of the behavior of the stream in question for various recurrence interval storm events and the ability to translate the forecasted results into a plan ...
Goodell C., Warren C.
openaire +1 more source
Data Resolution and Model Complexity in Pluvial Flood Risk Assessment: Insights and Trade‐Offs
ABSTRACT The increasing severity and frequency of urban pluvial floods has prompted numerous research studies on pluvial flood risk assessment. However, the literature reveals significant variability in the data resolutions and model types employed.
Fabrizia Fappiano +2 more
wiley +1 more source
Shahab Afshari from the City University of New York/City College conducted a workshop on HEC-RAS 2D modeling at the University of Alabama on 25 February 2017. He presented at the invitation of the University of Alabama-National Water Center water group.
Shahab Afshari (8202666), Shahab Afshari
core +1 more source
Computing urban flooding of meandering river using 2D numerical model (case study : Kebon Jati-Kalibata segment, Ciliwung river basin) [PDF]
This research is an extension from a previous study titled modelling the diversion channel at Kalibata-Kebonjati meandering segment in Ciliwung watershed.
Indrawati Dian +3 more
doaj +1 more source
Assessing the Dynamic Resilience of Urban Road System: A Case Study of Xiamen City, China
ABSTRACT Urban road system resilience is critical for managing extreme flood events, yet existing assessments predominantly focus on static indicators that capture inherent system capacity rather than dynamic responses to disturbances. This study proposes a dynamic resilience analysis framework that tracks urban road system performance under ...
Hongjie Huang +4 more
wiley +1 more source
Building‐Scale Flood Hazard Modelling for Risk Assessment of Cultural Heritage
ABSTRACT Flooding is among the most frequent natural hazards threatening cultural heritage sites, yet current flood hazard studies often operate at urban or regional scales. While building‐scale damage models exist, they generally rely on flood depth inputs from large‐scale inundation models, inputs that may fail to capture the internal complexity of ...
Chiara Arrighi +2 more
wiley +1 more source

