Determine the shear flow distribution for a torque of 59309.0Nm applied to the three cell section...

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Determine the shear flow distribution for a torque of 59309.0Nm applied to the three cell section shown in the figure below. Note that the section has a constant shear modulus throughout. All answers should be given to 1 decimal place. Information about the section can be found in the table below: I II 2 3 4 1 III Wall Length (mm) Thickness (mm) Cell Area (mm2) 12U 1083.0 1.26 I 103673.0 12 2120.0 1.658 II 201143.0 14,23 146.0 0.905 III 519996.0 U 34 755.0 0.905 34 L 755.0 0.905 a) (3 marks) Calculate the delta values as shown below: 812U = 812L= 814 == 823 = U = 834 L 834 = Determine the shear flow distribution for a torque of 59309.0Nm applied to the three cell section shown in the figure below. Note that the section has a constant shear modulus throughout. All answers should be given to 1 decimal place. Information about the section can be found in the table below: I II 2 3 4 1 III Wall Length (mm) Thickness (mm) Cell Area (mm2) 12U 1083.0 1.26 I 103673.0 12 2120.0 1.658 II 201143.0 14,23 146.0 0.905 III 519996.0 U 34 755.0 0.905 34 L 755.0 0.905 a) (3 marks) Calculate the delta values as shown below: 812U = 812L= 814 == 823 = U = 834 L 834 =