MAWP summary for a location

Shows a list of available MAWP formulas.



Cylindrical shells Inside Radius P=SEt/R+0.6t

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Cylindrical shells Inside Radius Division 2 P=SEln((t/R)+1)

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Cylindrical shells Outside Radius P=SEt/R-0.4t

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Formed Ellipsoidal Heads, Pressure on Concave Side Inside Radius P=2SEt/D+0.2t

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Formed Ellipsoidal Heads, Pressure on Concave Side Outside Radius P=2SEt/D-1.8t

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Straight Pipe Under Internal Pressure P=2SEt/(D-2tY)

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Gas Transmission and Distribution Piping Systems P=(2St/D)xFxExT

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.



Straight Pipeline Under Internal Pressure, 304.1.2 P=(2St/D)xExF

You can navigate to this Tmin formula, but in the inputs, and click "Calculate" to get the Tmin calculation. Here, you can choose to use Imperial or Metrics calculations.