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Anchor Strap Tensions from Risers with Water to Grade <br /> 83 <br /> 66 <br /> Counter ij : = 0 . . last(Lal) — 1 50 <br /> The first and last rows <br /> 86 of the vector are the <br /> Length Between Straps or L" — <br /> Lail . — L L" — 82 in distance from the tip <br /> Tip of EC to Nearest Strap spa An — + l a ij spa_An - 86 of the endcaps to the <br /> nearest strap <br /> 49 <br /> 66 <br /> 83 <br /> These three <br /> Location of the Straps T if L . > L n Lr, < L 1 0 <br /> Left of Each Riser stp_ri j - C ij Lai , r1 Lai . ) equations are <br /> used to allow <br /> C JJ Mathcad to map <br /> Location of Left Straps in map' . := 0 on error max match 1 , Tstp_i ' � the location of <br /> Each Column of the Matrix <br /> risers , straps & <br /> Location of the Straps T := 1 endcaps in <br /> Right of Each Riser stpr- nnap',- + I , j matrices used <br /> below. <br /> Amatrx will be usedto allocate the riser bads to the straps , Each column of the matrix represents <br /> a riser on the tank from left to right. Each row represents the distance from the center of the riser to <br /> each strap. For calculation simplicity, fictitious straps were added at the left and right tank ends . <br /> The last step of the tension riser calculation adds the tension of these fictitious straps to the first and <br /> last anchor straps respectively. <br /> Distance of Center of distri : = Lr - Lai <br /> Riser to Each Strap 131 l i <br /> (Positive is Left of Riser, <br /> Negative is Right) ODrT = ( 63 . 8 63 . 8 ) • in riser size <br /> LrT = ( 116 535 ) • in the location of each riser <br /> from the left end of the <br /> tank <br /> Tank Buoyancy, Loves Ripon , Store 223 , Date Printed : 6/12/2020 Page 20 of 25 <br /> Ripon CA, Dwg 22022-001 , 10 ft Dia , <br />