HEC-Commander Tools is a suite of python notebooks developed with AI assistance for water resource engineering workflows, primarily focused on providing automation for HEC-RAS and HEC-HMS through ...
ABSTRACT: The purpose of this research is to define initial parameters of Inaouene river and its catchment areas using radar data and satellite data. The Inaouene river is situated at the east of ...
Streamflow regimes significantly influence the geological, chemical, and biological characteristics of the stream 1,2,3,4. Humans have altered the streamflow patterns for water management through ...
HEC-RAS is a highly precise model for predicting water levels and flood-affected areas during extreme hydrological events, even with limited input data (Zainal and Abu Talib, 2024); HEC-RAS is widely ...
RAS Commander is a Python library for automating HEC-RAS operations, providing a set of tools to interact with HEC-RAS project files, execute simulations, and manage project data. Within two years, ...
ABSTRACT: Flooding poses significant risks to communities in wetlands and densely urbanized regions, necessitating robust prevention strategies. This study focuses on the Canche and Liane watersheds ...
The USACE Hydrologic Engineering Center continues to enhance modeling, analysis, and mapping utilities of HEC-RAS 5.0 (Beta), as well as HEC-HMS, with its recent release of version 4.1. Many ...
The existing irrigation canals in the Nile Delta were constructed nearly 100 years ago prior to the construction of Aswan High Dam 1. As the Egyptian population increased and so the extension of ...
The goal of this Flood Hazard Mapping Recommended Practice is to evaluate the possible inundation extent in a river reach using the basic functions of RAS Mapper in HEC-RAS to create a 1D model of a ...
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