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Gravity Sewer Design:
Velocity (V) - Arch Pipe
Calculate the velocity (V) of gravity flow in an arch pipe.
Velocity (V) - Round Pipe
Calculate the velocity (V) of gravity flow in a round pipe.
Flow (Q) - Arch Pipe
Calculate the flow volume (Q) of gravity flow in an arch pipe.
Flow (Q) - Round Pipe
Calculate the flow volume (Q) of gravity flow in a round pipe.
Diameter (D) - Round Pipe
Calculate the diameter (D) for a flow volume (Q) of gravity flow in a round pipe.
Slope (S) - Arch Pipe
Calculate the energy grade line slope (S) required to produce a flow volume (Q) in an arch pipe.
Slope (S) - Round Pipe
Calculate the energy grade line slope (S) required to produce a flow volume (Q) in a round pipe.
Minor Losses
Calculate the minor losses of a pipe under gravity flow conditions and pressure flow conditions. Minor losses are used to check sewer system surcharge.
Storm Drain Inlets
Calculations for the design of storm drain inlets. Solve calculations for curb inlets, slotted inlets and grade inlets under a variety of flow conditions.
Trench Load - Rigid Pipe
Calculate the load on rigid pipe from trench backfill over the pipe.
Trench Load - Flex Pipe
Calculate the load on flexible pipe from the trench backfill over the pipe.
Distributed Load - Pipe
Calculate the load on a pipe resulting from a distributed load at grade above the pipe.
Concentrated Loads - Pipe
Calculate the load on a pipe resulting from a point load at grade above the pipe.
Design Problem 1
Calculate the capacity of an existing 18" concrete stormsewer pipe. Determine the required concrete pipe diameter to carry 18 cfs. Determine the required diameter if the pipe was PVC.
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