b31.8 steel piping design formula
Post on 27-Nov-2014
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P= 1285.14285714286S 52000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 1.36 nominal wall thickness - corrosion allowanceD 42 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1451.19047619048S 53000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 1.5 nominal wall thickness - corrosion allowanceD 42 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1348.08333333333S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 1.218 nominal wall thickness - corrosion allowanceD 24 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1365.875S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.843 nominal wall thickness - corrosion allowanceD 16 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1381.76744186047S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.593 nominal wall thickness - corrosion allowanceD 10.75 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1561.66037735849S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.432 nominal wall thickness - corrosion allowanceD 6.625 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1708S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.337 nominal wall thickness - corrosion allowanceD 4.5 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1900S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.3 nominal wall thickness - corrosion allowanceD 3.5 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
P= 1833.26315789474S 35000 specified minium yeild strengthT 1 temperature derating factor obtained from table 841.1.8-1t 0.218 nominal wall thickness - corrosion allowanceD 2.375 nominal outside diameter of pipeE 1 longitudinal joint factor obtained from table 841.1.7-1F 0.4 design factor obtained from table 841.1.6-1CA 0.0625 corrosion allowance
STEEL PIPE DESIGN FORMULA
P= 2 S t F E TD
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