5. Solve a problem involving TORSIONAL SHEAR STRESS HOLLOW CIRCULAR BARS The figure shows the...

 

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5. Solve a problem involving TORSIONAL SHEAR STRESS HOLLOW CIRCULAR BARS • The figure shows the basic geometry for a hollow bar. The variables are: . • R= inside radius . . . D, inside diameter R, = outside radius D, outside diameter rat radias Taisnor surface A area of a Give your own data (15 marks) 6. Solve and present one problem (computation of stress) with solution involving spring. (15 marks) 5. Solve a problem involving TORSIONAL SHEAR STRESS HOLLOW CIRCULAR BARS • The figure shows the basic geometry for a hollow bar. The variables are: . • R= inside radius . . . D, inside diameter R, = outside radius D, outside diameter rat radias Taisnor surface A area of a Give your own data (15 marks) 6. Solve and present one problem (computation of stress) with solution involving spring. (15 marks) 5. Solve a problem involving TORSIONAL SHEAR STRESS HOLLOW CIRCULAR BARS • The figure shows the basic geometry for a hollow bar. The variables are: . • R= inside radius . . . D, inside diameter R, = outside radius D, outside diameter rat radias Taisnor surface A area of a Give your own data (15 marks) 6. Solve and present one problem (computation of stress) with solution involving spring. (15 marks) 5. Solve a problem involving TORSIONAL SHEAR STRESS HOLLOW CIRCULAR BARS • The figure shows the basic geometry for a hollow bar. The variables are: . • R= inside radius . . . D, inside diameter R, = outside radius D, outside diameter rat radias Taisnor surface A area of a Give your own data (15 marks) 6. Solve and present one problem (computation of stress) with solution involving spring. (15 marks)