The Effects of Frequent Atmospheric Events and Hydrologic Infrastructure on Flow Characterization in Tims Branch and its Major Tributary, SC Thesis

thesis or dissertation chair

fiu authors

  • Albassam, Mohammed


  • Hydrological models are powerful tools used to predict water systems behavior such as flow and water level characteristics for rivers and streams. In this research, a fully dynamic 1-D model was developed using the MIKE 11 model for a specific stream called A-014, this stream is in the Savannah River Site (SRS), SC.

    A field study was conducted in order to collect data needed as inputs for the model development. Data like water velocity and cross-section measurement played a major role in understanding the behavior of the A-014 and the validation of our model.

    Results showed a correlation capable to predict the water flow of the A-014 stream and how it can be affected by atmospheric events and hydrologic infrastructure. Rain fall events had a big effect in the stream flow by increasing it along many cross-sections. In addition, hydrological infrastructures effected the stream flow by slowing it down and by forming ponds around the culvert and weir which are located in the A-014 stream.

publication date

  • January 1, 2018


  • Atmospheric Events
  • DHI
  • Flow
  • Modeling
  • South Carolina
  • Surface Water

Digital Object Identifier (DOI)