Rochester Combined Surge And Dropshaft Model Studies

Engineering

• Rochester 100%
• Ground Surface 100%
• Deaeration 100%
• Energy Engineering 66%
• Entrained Air 66%
• Surge Pressure 66%
• Floors 33%
• Construction Cost 33%
• Reduced Velocity 33%
• Air Mixture 33%
• Combined Sewers 33%
• Bellmouth 33%
• Quarter Cylinder 33%
• Surge Tanks 33%
• Return Air 33%

Keyphrases

• Rochester 100%
• Dropshaft 100%
• Surge Shaft 100%
• Ground Surface 30%
• Reaeration 30%
• Vertical Shaft 30%
• Air Slot 30%
• Elbow 20%
• Energy Levels 20%
• Entrained Air 20%
• Elevation Levels 20%
• Surge Pressure 20%
• Stormwater 10%
• Dual Function 10%
• Low Energy 10%
• Kinetic Energy 10%
• Low Elevation 10%
• Upper Part 10%
• Re-entrainment 10%
• Construction Cost 10%
• Pressure Relief 10%
• Weir 10%
• Reduced Velocity 10%
• Water-air Mixture 10%
• Sewage Water 10%
• Construction Disturbance 10%
• Air Vent 10%
• Underground Tunnel 10%
• Sanitary Sewage 10%
• Combined Sewer Overflow 10%
• Long Tunnel 10%
• Return Airway 10%
• Bell Mouth 10%
• Shaft Component 10%
• Surge Tank 10%

Earth and Planetary Sciences

• Kinetic Energy 100%
• Relieving 100%