In nature, water always wins. We’ve tackled that challenge on thousands of bridges, dams, channel improvements, roadways, and floodplains. And we lead the way on river hydraulics.
Resources
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FERC Comprehensive Assessments - Lessons Learned
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River Engineering to the Rescue in High Energy Canyon Environments
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Computational Fluid Dynamics (3D Hydraulic Modeling)
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The Floating Bulkhead: A Practical, Flexible, and Economical Approach to Dewatering Gates
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Floating Bulkheads, Tainter Gate Inspection & Dam-Break Mapping
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Scour Evaluation for Bridges with Unknown Foundations
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Scour Mitigation Time Lapse Shows Colorado Project's Progress
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Scour and Safe Bridges -- TR News 2014
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Bridge Scour Repair Workshop
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HD Scanning for Infrastructure
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Keeping America's Bridges Safe from Scour
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FHWA Culvert & Highway Drainage Design Videos with Ayres' James Schall
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Managing Uncertainties during Hydropower Dam Removals
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Trash Rack Rehab Using Cofferdam
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Spillway Rating Curves & Flow Studies
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Be Smarter Than Your River Model
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NPDES Permit Requirements
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Legal Challenges to Permitting Low Hazard Dam Removals
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Take Us for GRANTed
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Campus Planning and Development: Complete Services Under One Roof
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FHWA-Characterization-of-Bridge-Foundations
What are you looking for?
- All River Engineering + Water Resources Projects
- 1D & 2D Modeling
- Applied Research
- Bank Stabilization
- Bridge & Culvert Hydraulics
- Bulkhead Design
- Channel Stability
- Computational Fluid Dynamics (3D Hydraulic Modeling)
- Construction Administration
- Dam & Gate Inspection
- Dams & Flood Control
- Environmental Permitting
- FERC Permitting & Inspection
- Flood Protection
- Floodplain Mapping, Studies, & Mitigation
- Geomorphology
- Groundwater Hydrology, Modeling & Monitoring
- Hydraulic Structures
- Hydrographic Survey
- Lake Management Planning & Rehabilitation
- River Restoration
- Scour Evaluations & Countermeasures
- Sediment Transport
- Stormwater Management
- Stormwater Master Planning
- Watershed & Water Quality Management
- Wetland Delineation, Design & Permitting
2D modeling has become particularly suitable for accurate prediction of locations in rivers where erosion and deposition of various sizes of sediment particles will take place. It allows clients to strategically place bank protection and structures that discourage deposition in environmentally sensitive locations.
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