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Instructor/Advisor

Dr. Cyndy Carlson

Keywords

Hydrology, Environmental, Engineering

Abstract

This project focuses on the hydrologic and hydraulic modeling of the Cochichewick River using the Storm Water Management Model (SWMM). The objective is to analyze the river’s response to various rainfall events, assess flow patterns, and evaluate potential flood risks. By developing a SWMM model, the study aims to simulate surface runoff, channel flow, and the impact of land use changes on watershed hydrodynamics.

The model will incorporate key hydrological inputs, including precipitation, infiltration, and surface characteristics, to generate accurate flow predictions. Calibration and validation will be performed using historical flow data to ensure model accuracy. The results will help identify potential areas of concern, such as flooding hotspots or capacity limitations within the watershed.

The findings from this study can aid in improving stormwater management strategies, supporting local water resource planning, and enhancing resilience against extreme weather events. This research provides a foundation for future studies on river restoration, climate change adaptation, and watershed sustainability.

Cochichewick River Analysis

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