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Vol EC_wedge_to_water_level .5 <br />ODtk <br />2 CovertkWaterdepthWEC_wedge_at_water_level OD tk 0ft3  <br />Weight of One End <br />Cap Fill Wedge <br />WtEC_wedge VolEC_wedge_to_top_tk sub_fill <br />Vol EC_wedge_to_water_level Vol EC_wedge_to_top_tk sub_alt_fill <br /> <br />Vol EC_wedge VolEC_wedge_to_water_level alt_fill <br /> <br />0lbf  <br />Calculations for Using Deadmen <br />Submerged Weight of Deadman <br />The deadman model length shown on the drawing is <br />a deadman model description. The actual deadman <br />length may vary. The actual length is used for these <br />calculations.. <br />Deadman Width Wdm 18 in <br />Deadman Thickness Tdm 8in <br />The actual deadman cross sectional area. For <br />FGS deadman this will be the area without the <br />chamfered corners and without the slots. If <br />rectangular deadman are being provided, input the <br />width of the deadman times its thickness. <br />Deadman Cross <br />Section Area <br />Adm 110.8in2 <br />Deadman Length Ldm 121ft 6in21.5ft actual deadmen length down each tank side <br />Total Deadmen <br />Submerged Weight Wtdm 2Adm Ldm sub_conc 2898lbf  includes deadmen down <br />both sides of tank <br />Hook Point Height <br />Above Top of Deadman <br />M an 2.624in Hook point height above top deadman. Used to <br />calculate the pull angle on the anchor point. <br />Hook Point Horiz <br />Distance from Tank <br />Center <br />R an <br />48.970 <br />2 in IDtk 48in=if <br />75.528 <br />2 in IDtk 72in=if <br />95.694 <br />2 in IDtk 92in=if <br />125.886 <br />2 in ID tk 120in=if <br />144.454 <br />2 in ID tk 138in=if <br />0 otherwise <br />62.9 in  <br />Rib top radius. Used <br />to calculate the pull <br />angle on the anchor <br />point. <br />Tank Buoyancy, Rotten Robbie No 69, <br />Manteca CA, dwg 17366-001, 10ft DWT <br />Date Printed: 9/7/2023 Page 19 of 46