Hydraulic Structure Design
Velasco Drainage District Levee System, Freeport - Structural Engineering Principal for the evaluation and repair/replacement of 65 flood protection structures.
White Rock Lake Spillway, Dallas - Structural Engineering Principal for the investigation and repair/reconstruction of this landmark structure following a partial failure. The scope of the project included very tall training walls with cantilevered observation decks, supported on double-row soldier pier foundations.
Storm Water Detention Vault for American Airlines Center, Dallas - Structural Engineering Principal for a multi-cell underground concrete structure with a labyrinth weir and a water storage capacity of 15.6 af. It was designed for HS-20 vehicle loading and Cooper E-80 train loading.
Storm Water Detention Vault for Dallas Area Rapid Transit, Dallas - Structural Engineering Principal for a multi-cell underground concrete structure with a labyrinth weir and a water storage capacity of 7.5 af. It was designed for HS-20 vehicle loading and Cooper E-80 train loading.
Cole Park Storm Water Detention Vault, Dallas - Structural Engineering Principal for a vault with a detention capacity of 212 af constructed in Austin Chalk limestone 50 to 100 ft below Cole Park.
Central Waste Water Treatment Plant, Dallas - Structural Engineering Principal for several concrete flood protection structures, including: headwalls, sluice gates, weirs, box culverts, and junction boxes.
Rochester Levee, Dallas - Structural Engineering Principal for flood walls, retaining walls, flood gates, stop logs, drainage structures, and a pump station.
Underground Water Storage Tank, Highland Park - Structural Engineering Principal for a 1.5 million gallon underground concrete tank and pump house constructed in a residential neighborhood.
Waste Water Treatment Plant, Midlothian - Structural Engineering Principal for a plant upgrade, including: aerated grit facility, secondary clarifiers, aeration basins, lift stations, a pump station, and laboratory buildings.