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cylinder volume per unit <br />lengthCylinder Vol <br />per Unit Length <br />Vol cyl_per_length <br />Voltk 2 Volec <br />Ltk 2Lec6.505 ft3 <br />in  <br />Strap Locations <br />from Left End of <br />Tank <br />La <br />66 <br />132 <br />198 <br />251 <br />284 <br />383 <br />in <br />This vector is used later to <br />allocate the riser loads to the <br />straps, Two rows are added to <br />the strap location vector. The <br />first row is the position of the <br />left end cap tip and will always <br />be 0, The last row is the <br />position of the tip of the right <br />end cap and will always be <br />equal to the tank length <br />Strap Locations <br />with Tank End <br />Positions Added <br />La'stack 0 LaLtk  La' <br />0 <br />66 <br />132 <br />198 <br />251 <br />284 <br />383 <br />450 <br />in <br />Counters ks 0 Na 1 i 0 last La'  used later <br />Effective Cylinder <br />Tributary Length for <br />each Strap <br />Now set vector Leff values so that the first row position includes the straight <br />shell length between the left most strap and the end cap plus 1/2 the <br />distance to the adjacent strap and similarly for the last row position <br />representing the right most strap. The rows between represent the remainder <br />of the cylinder length allocated to each strap, calculated as 1/2 the distance <br />to adjacent strap on each side. <br />Leff ks Laks Lec <br />Laks 1La ks <br />2ks 0=if <br />La ks La ks 1 <br />2 LtkLa ksLecks Na 1=if <br />La ks La ks 1 <br />2 <br />Laks 1Laks <br />2otherwise <br /> <br />Leff <br />39.250 <br />66.000 <br />59.500 <br />43.000 <br />66.000 <br />55.750 <br />in <br />Vol ec 1959gal volume of one end cap <br />Tank Buoyancy, Rotten Robbie No 69, <br />Manteca CA, dwg 23663-004, 10ft DWT <br />Date Printed: 9/7/2023 Page 37 of 46