CIV E 632 - COMPUTATIONAL HYDRAULICS AND HYDROLOGY
FALL 2021
TERM PROJECT TOPICS
- Analysis of the Simplified Muskingum routing equation using EXCEL.
- Analysis of mass conservation in Variable-parameter Muskingum-Cunge method using EXCEL.
[Scott].
- Comparison of the HEC-HMS Muskingum-Cunge overland flow modules with ONLINEOVERLAND.
- Application of the Thomas problem using ONLINETHOMASPROBLEM.
- Application of the Thomas problem
to analyze the effect of the duration
of a
dam breach on the downstream flow (EXCEL).
- Comparison between kinematic and dynamic hydraulic diffusivities
using ONLINEOVERLAND.
- Comparison of steady and unsteady flow solutions using HEC-RAS
with California data. [McDowell].
- Comparison of steady and unsteady flow solutions using HEC-RAS
with U.S. data.
- Comparison of steady and unsteady flow solutions using HEC-RAS
with world data.
- Application of HEC-HMS to generate a flood hydrograph from a watershed,
using
California data. [Hunt].
- Application of HEC-HMS to generate a flood hydrograph from a watershed, using
U.S. data.
- Application of HEC-HMS to generate a flood hydrograph from a watershed, using
world data.
- Comparison of kinematic and Muskingum-Cunge
options in HEC-HMS for hydrograph generation.
- Application of the dam-breach feature of HEC-RAS using U.S. data. [Thornbury].
- Application of the dam-breach feature of HEC-RAS using world data.
- Evaluation of the dynamic downstream boundary condition of the 1-D unsteady flow
module of HEC-RAS.
- Design of a stable channel on a steep stream
using ONLINECHANNEL15B, including hydrology and hydraulics.
- Influence of hydraulic depth on the hydrodynamic stability
of steep channels using ONLINECHANNEL15B. [Research].
- Application of the 2-D
hydrodynamic flow module of HEC-RAS to a California stream. [Santos].
- Application of the 2-D
hydrodynamic flow module of HEC-RAS to a stream in the U.S.
- Application of the 2-D
hydrodynamic flow module of HEC-RAS to a stream in the world.
[Rinder].
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