Teaching at Auburn University

• Hydrology - CIVL 5970

• Hydraulics & Hydraulics Lab - CIVL 3110

• Surface Water Quality Modeling - CIVL 5260/6260/6266

• Hydrologic Modeling - CIVL 7120/7126

• Flow and Water Quality Models - CIVL 7970

Teaching at Lamar University

• Hydrology of the Environment (Engineering Hydrology) (undergraduate)

• Hydraulics (undergraduate)

• Fluid Mechanics (graduate)

• Hydraulic Engineering (Water Resources Engineering) (undergraduate)

• Stormwater Design and Management (graduate)

• Hydraulic Engineering Systems (graduate)

• Drainage System Design (graduate)

• Hydrological Engineering Projects (graduate)

• Coastal and Hydrodynamic Processes (graduate)

• Models of Hydrologic Systems (graduate)

• GIS in Water Resources (graduate)

• Computer Aided Software Engineering (PC Arc/Info, ArcView, and ArcGIS) (graduate)

• Computer Aided Design (AutoCAD, MicroStation) (undergraduate and graduate)

• Surface Water Quality Modeling and Monitoring (graduate)

• Lake and Reservoir Hydrodynamics (graduate)

• Surveying (undergraduate)

• Statics (undergraduate)

• FE Review (undergraduate)

Useful programs and spreadsheet models

The Open Channel Flow Calculator for “Chapter 19 - Flow in Open Channels” by Xing Fang and Heinz G. Stefan in “Fluid Flow Handbook,” Editor Jamal Saleh, McGraw-Hill, 2002. Basic equations of channel geometry - Table19.1
Normal and Critial Depths in Horseshoe Tunnels
Normal and Critical Depths in Eight Channel Types
Normal and Critical Depths in Arch and Elliptical Pipe Cross Sections (ASCE paper and spreadsheet in 2014)
Mapping the 85th, 90th, and 95th Percentile Daily Rainfalls in the Contiguous U.S. (for Sushban Shrestha, Xing Fang, and Junqi Li's 2013 conference paper)