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Determine the diameter of an aluminium shaft which is designed to store the same amount of strain energy per unit volume as a 50mm diameter steel shaft of the same length. Both shafts are subjected to equal compressive axial loads. What will be the ratio of the stresses set up in the two shafts? Esteel = 200 GN/m2; Ealuminum = 67 GN/m2

Question-Answer › Category: Strength of Materials › Determine the diameter of an aluminium shaft which is designed to store the same amount of strain energy per unit volume as a 50mm diameter steel shaft of the same length. Both shafts are subjected to equal compressive axial loads. What will be the ratio of the stresses set up in the two shafts? Esteel = 200 GN/m2; Ealuminum = 67 GN/m2
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Mazurek Gravity Staff asked 2 years ago

Determine the diameter of an aluminium shaft which is designed to store the same amount of strain energy per unit volume as a 50mm diameter steel shaft of the same length. Both shafts are subjected to equal compressive axial loads. What will be the ratio of the stresses set up in the two shafts? Esteel = 200 GN/m2; Ealuminum = 67 GN/m2

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Mazurek Gravity Staff answered 2 years ago

Determine the diameter of an aluminium shaft which is designed to store the same amount of strain energy per unit volume as a 50mm diameter steel shaft of the same length. Both shafts are subjected to equal compressive axial loads. What will be the ratio of the stresses set up in the two shafts? Esteel = 200 GN/m2; Ealuminum = 67 GN/m2

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