b31.8 Steel Piping Design Formula

P= S T t D E F CA

1285.14

52000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.81.36 nominal wall thickness - corrosion allowance 42 no nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 co c orrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1451.19

53000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.81.5 nominal wall thickness - corrosion allowance 42 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1348.08

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.81.22 nominal wall thickness - corrosion allowance 24 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1365.88

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.84 nominal wall thickness - corrosion allowance 16 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1381.77

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.59 nominal wall thickness - corrosion allowance 10.75 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1561.66

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.43 nominal wall thickness - corrosion allowance 6.63 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1708

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.34 nominal wall thickness - corrosion allowance 4.5 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1900

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.3 nominal wall thickness - corrosion allowance 3.5 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D

P= S T t D E F CA

1833.26

35000 specified minium yeild strength 1 temperature derating factor obtained from table 841.1.80.22 nominal wall thickness - corrosion allowance 2.38 nominal outside diameter of pipe 1 longitudinal joint factor obtained from table 841.1.7-1 0.4 design factor obtained from table 841.1.6-1 0.06 corrosion allowance

STEEL PIPE DESIGN FORMULA 2S t P= FET D