Derive the torsional shear stress Tmax, remember C is the radius r. (15 marks) 2. Derive...

 

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Derive the torsional shear stress Tmax, remember C is the radius r. (15 marks) 2. Derive the normal stresses both longitudinal and tangential stresses in a thin pressurized cylinder. Show which formula should be used if the cylinder is made of just one material. (15 marks) 3. For the simple bolted double lap joint shown below, give an example of a computation for shear and bear stresses. Give your own data. (15 marks) Simple Bolted Double Lap Joint P/2 P/2 d P Derive the torsional shear stress Tmax, remember C is the radius r. (15 marks) 2. Derive the normal stresses both longitudinal and tangential stresses in a thin pressurized cylinder. Show which formula should be used if the cylinder is made of just one material. (15 marks) 3. For the simple bolted double lap joint shown below, give an example of a computation for shear and bear stresses. Give your own data. (15 marks) Simple Bolted Double Lap Joint P/2 P/2 d P

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1 Derive the torsional shear stress Tmax remember C is the radius r 15 marks The torsional shear stress Tmax is given by the following equation Tmax Tq x C2 where Tq is the applied torque and C is the ... View the full answer