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This is a presentation that will be given at WE23.

Faculty Interview PUI Predominately Undergraduate Institution

This video provides student interview regarding interactions with faculty at a PUI.

This video covers hydrologic deign

Calculation of Peak Discharge based on Calibrated and Uncalibrated Models

The following video will provide background on the Binomial Distribution.

The following video will cover flow calculations for hydraulic structures. For this video you will learn about sharp crested weirs, broad crested weirs and orifices.

The following video provides an explanation of Gradually Varied Flow (GVF) profiles for Open Channels. Based on various channel types (mild, steep, critical, horizontal and adverse) the actual water surface can be determined. Mild Channel - 2:27 Steep Channel - 4:17 Critical Channel - 6:11 Horizontal Channel - 7:44 Adverse Channel - 9:29 Multi Media Object - GVF Practice - 10:59

This video provides an overview of channel types and flow control within an open channel. At the end of this video we you be able to differentiate between: Mild, Steep, Critical, Horizontal and Adverse Channel Types. In addition, you will be able to identify the channel control based on supercritical and supercritical flow regime.

The following video covers how to determine normal depth under uniform flow conditions

The following video provides examples based on the Froude Number and Specific Energy, how to determine: * Flow Regime * Specific Energy * Critical Depth * Minimum Energy

The follow video will define the Froude Number and Specific Energy. Based on the Froude number the flow regime can be determined and the critical depth within a channel identified. The Specific Energy Diagram provides an overview of the channel behavior and shows the minimum energy within a channel and also can be used to show the flow regime.

Introduction to Open Channel

On the last example. I forgot to show that there is a PI()*K.

SteadyStateGroundwater

Developing a Surface for USGS DEM

Frequency Analysis

Variable Type

Linear Regression

Sample Moments

Statistical Terms

Watershed Characteristics

How to use HEC-RAS

GVF Profiles

HydraulicStructures

HydraulicJumps

Convolution

S-Hydrograph

Unit Hydrograph and Proportionality