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0 Strap Loads <br /> Calculate Strap Loads with Deadmen or Anchor Pad <br /> For the installed condition, calculate what loads would be on anchoring straps. This result is independent of <br /> whether the anchoring will be done with deadmen or with an anchor pad. <br /> Number of Straps Allowable Anchor Cover Depth <br /> Strap Tension <br /> NstraP s -4 Tallow strap= 7508lbf Hcoverii = 6-ft <br /> Anchor Strap Tension <br /> Anchor Strap Anchor Strap <br /> Check if strap tension is acceptable at each Position from Position from <br /> Strap Tension anchor strap location Left End of Center of <br /> Tank Tank <br /> 0 "No Tension in Straps" "OK" 3.3 11.9 <br /> Tst0 Ibf ST "No Tension in Straps" CkTcn "OK" Lan 11.6 ft L' 3.7 <br /> ft <br /> = .. = _ — = <br /> ra <br /> pii,j 0 " ! "No Tension in Straps" ii j OK 18.9 —3.7 <br /> L 0 "No Tension in Straps" "OK" 27.2 —11.9 <br /> For the bury depth specified: Anchoring is required if FS for no anchors <br /> CkAnchors_regd = "Anchors not required" FSNA = 1.40 is < FSfloat = 1.20 <br /> Strap Loads <br /> Deadmen Anchor Results <br /> Summary of Anchoring Forces with Deadmen <br /> Tank Weight Top Slab Weight Deadmen Weight <br /> WtTank= 5950lbf Wtslab net =68801bf WtDM eff = 18691bf <br /> Fluid Ballast Weight Soil Overburden Total all Anchoring Forces <br /> Wtfld_ballast=0 %k Iblst_soil0= 145561]bf Wtblst_nct0 = 1602601bf <br /> Factor of Safety Calculation FS With Deadmen <br /> with Deadmen Anchors Anchors <br /> Wtblst_net 0 <br /> / = 1.74 FSriscr_anch•. = 1.74 <br /> Pup + Pup_riser_tot0) <br /> San Joaquin RTD- 18993- Buoyancy v1 Propnetaryinformation Do not copy or distribute w/owritten Permission from CSI page 9 of 11 <br /> 871 06-03-14.xmcd <br />