## 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.