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- Tony Wahl
Tony Wahl
Reclamation Office: Technical Service Center, Hydraulic Investigations and Laboratory Services
Contact Information: (303) 445-2155, twahl@usbr.gov
Research Funded by the Science and Technology Program
Tony Wahl began doing research for the Science and Technology Program in the 2004 fiscal year, with funding provided by the program as recently as the 2022 fiscal year. Projects were funded under the Science and Technology Program research topics Condition Assessment, Improving Geotechnical Infrastructure Reliability, Agriculture Water Supplies, Public and Employee Safety and Sediment Management and River Restoration.
The following research projects were funded in whole or in part by the Science and Technology Program. Tony Wahl is listed as the principal investigator, or primary researcher. Click the project's title to view more information.
Boundary Layer and Aerated Flow Effects on Hydraulic Jacking in Spillway Chutes
Project ID: 22039
Fiscal Years of Funding: 2022 - 2024
Research Results:
Please contact research@usbr.gov
about research products related to this project.
Tools to Support Design of Coanda-Effect Screens for Debris Exclusion and Fish Protection
Project ID: 19233
Fiscal Years of Funding: 2019 - 2020
Research Results:
Tools to Support Design of Coanda-Effect Screens for Debris Exclusion and Fish Protection (final, PDF, 5.1MB)
Uplift Pressure and Flow through Open Offset Joints in Spillway Chutes
Project ID: 19170
Fiscal Years of Funding: 2019 - 2021
Research Results:
- Uplift Pressure and Flow through Open Offset Joints in Spillway Chutes (final, PDF, 2.8MB)
- Uplift Pressure and Flow through Open Offset Joints in Spillway Chutes (final, PDF, 2.8MB)
Improving Coanda-Effect Screen Technology
Project ID: 6295
Fiscal Years of Funding: 2015 - 2017
Research Results:
- Improving Coanda-Effect Screen Technology (final, PDF, 1.7MB)
- Improving Coanda-Effect Screen Technology (final, PDF, 1.7MB)
Measuring Erodibility of Embankment Soils Containing Gravel
Project ID: 4104
Fiscal Years of Funding: 2012 - 2013
Research Results:
Measuring Erodibility of Gravelly Fine- Grained Soils (final, PDF, 1.4MB)
Flow Calibration of Submerged Sluice Gates
Project ID: 2597
Fiscal Years of Funding: 2011 - 2012
Research Results:
Project Completion Report - Flow Calibration of Submerged Sluice Gates (final, PDF, 51KB)
Physical Hydraulic Modeling of Canal Breaches
Project ID: 8442
Fiscal Years of Funding: 2010 - 2012
Research Results:
Project Completion Report - Physical Hydraulic Modeling of Canal Breaches (final, PDF, 52KB)
Applying Measurements of Cohesive Soil Erodibility
Project ID: 6226
Fiscal Year of Funding: 2010
Research Results:
- Relating HET and JET test results to internal erosion field tests (final, PDF, 509KB)
- A comparison of the hole erosion test and jet erosion test (final, PDF, 509KB)
Flow Measurement with Canal Radial Gates
Project ID: 1281
Fiscal Years of Funding: 2004 - 2010
Research Results:
Measuring Flow Rate through Canal Check Gates (final, PDF, 367KB)
Applying Measurements of Cohesive Soil Erodibility
Project ID: 6993
Fiscal Year of Funding: 2009
Research Results:
Please contact research@usbr.gov
about research products related to this project.
Developing Low-Head Coanda-Effect Screens
Project ID: 7147
Fiscal Years of Funding: 2005 - 2008
Research Results:
Coanda-Effect Overflow Screens Reduce Maintenance Costs (final, PDF, 76KB)
Software for Custom Flume and Weir Staff Gages
Project ID: 152
Fiscal Years of Funding: 2006 - 2008
Research Results:
- Wall Gage Creator software home page (final, PDF, 55KB)
- Flow Calculator Simplifies Use of Sharp-Crested Weirs for Accurate Measurement of Water Deliveries (final, PDF, 55KB)
- WinFlume Simplifies Open-Channel Flow Measurement (final, PDF, 55KB)
TFLI Water Level Sensor Development
Project ID: 3593
Fiscal Years of Funding: 2006 - 2007
Research Results:
Please contact research@usbr.gov
about research products related to this project.
Comparison of Erodibility Testing Methods for Cohesive Soils
Project ID: 3
Fiscal Year of Funding: 2006
Research Results:
Determining Erosion Indices of Cohesive Soils with the Hole Erosion Test and Jet Erosion Test (final, PDF, 4.1MB)