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y <br /> JAN 18 2018 <br /> Deadmen Inputs - <br /> ENVIT QNN17,17,L WEAL <br /> Deadman Dimensions and Placement <br /> width height Deadman Length Position of Top of Deadman <br /> Adjustment Relative to Relative to Tank Bottom <br /> Tank Length End to End (Positive value is below tank bottom) <br /> W = 12-in H = 12•in D 36ft—06ft+ 7.75in) =—8•in PoSDM=—l2in <br /> DM DM — DM <br /> INToteDM = "Deadmen shorter than tank" <br /> Note: For example, if the deadmen total length is 30 feet and Position of Bottom of Deadman <br /> the tank length is 28 ft, then the DM length adjustment is 2ft. Relative to Tank Bottom <br /> (Positive value is below tank bottom) <br /> D!Mfla-:_ : DM.flag=l, Solution includes weight of deadmen <br /> DM.flag=0, Solution excludes weight of deadmen Pos_BotDM:= HDM+ PosDM <br /> Pos_BotDM = O-in <br /> ........._ <br /> i' <br /> -dmCa: ILta JAZ ?{3 f7 STOP.1GE <br /> DROF <br /> /f -Em <br /> I <br /> BP <br /> VAN <br /> Re-i-RED SACKRLL MATERIAL <br /> This drawing shows a typical end view of a tank installed with deadmen. This buoyancy calculation <br /> ' considers the tank installed as shown with deadmen that are WDM = 12-in wide by HDM = 12-in tall with <br /> the base of the deadmen positioned Pos_BotDN,,1 =O-in below the bottom of the tank. If the deadmen are <br /> installed deeper, these buoyancy calculations will be conservative. <br /> City Gas and Food-Lathrop CA-dwg 21366-000_DWB_8ft 6M-6M_ver 2 60_10-17-16.xmcd Page 7 of 15 <br /> Date Printed:2/7/2017 <br />