TABLE 4c Torsion 



rAs 



-w 



As/t 



Q Loops 

 L 



"G7 



Not 

 Normal 



q-^xlO-^ 







w 



QXD' 



T^ 



a; 



Jiy 



VJ 



w 



VJ 



334.06 



525,90 



504.53 



266.80 



356.35 



322.50 



-134.25 



-496.88 



-202.06 



10.30 

 22.11 

 22.89 

 8.86 

 17.32 

 22.22 

 14.32 

 52.80 

 35.08 





 -1 

 -1 







0.273 



0.214 



0.214 



0.190 



0.190 



0.273 



-0.083 



-0.059 



-0.024 



0.242 



0.190 



0.190 



0.168 



0.168 



0.242 



-0.074 



-0.052 



-0.021 



0.6032 

 0.7982 

 0.8263 

 0.2500 

 0.4888 

 1.3012 

 0.0783 

 0.1426 

 0.0154 



FACTORS 



0.190 



-0.024 



-0.273 



1= 4.504 



138.30 - 97,80 

 ■ 97.80 132.88 



67.12 - 52.80 



67.12 

 -52.80 



99.64 



I© xQ = 563 



FACTOR 



2 x563 



X 10" 



TORSION FLEX. = 2x 12x (4.504 X 10-^' = °-"^^' ^ '° ^ 'Z''^'' 



NOTE; rAs same as R/is, Cols. (?), @ Sheet 2. 



Cv ' CS/i Qy ^ Loops Specification of three loops. 



q.j,* (Not Normal) (?) = (0. IQO) +(-0.024) (?) -t- (-0.273) (?) 



These are shear flows for V = V = 0. G ^ ~ 1 



dx _ 



(s) q.j. These are shear flows in plates for V = V =0, M = 1 . 



r\ T l^\ 2 



V^ Calculation of 2. I . I Q^. for torsion flexibility. See Appendix A. 2, 

 Equation [si] and page 84 — 85. 



16 



