Abstract:
In recent years, the need for accurate and accessible flood simulation tools has become increasingly
crucial, particularly in regions susceptible to frequent flooding. This project introduces a
sophisticated flood simulation system designed specifically for the Kabul River Basin, leveraging
advanced hydrological and hydraulic modeling software, HEC-HMS and HEC-RAS, respectively.
The system automates the process of generating flood simulations through a user-friendly website
developed with React for the frontend and Flask for the server backend. Users can request flood
simulations for specific dates, and the system processes these requests by first executing HECHMS
for hydrological modeling, followed by HEC-RAS for hydraulic simulations. This
automation streamlines the creation of detailed flood simulations, providing valuable insights into
flood dynamics and potential impacts in the study area. The primary objective of this study is to offer a cost-effective, efficient, and easily accessible tool for disaster management and planning authorities to enhance preparedness and response strategies for flood-prone areas. The successful deployment of this system could serve as a model for similar flood-prone regions globally, aligning with Sustainable Development Goals (SDGs) related to resilience, sustainable cities, and climate
action.
