Concept explainers
(a)
The turning operation is performed on a steel shaft having the diameter = 127 mm (5.0 in) and the length = 813 mm (32 in). A slot or a keyway has been milled along its entire length. The turning operation reduces the shaft diameter. For plain-carbon steel indicate whether it is a reasonable Option to use in the operation and if not explain the reason for it.
(b)
The turning operation is performed on a steel shaft having the diameter = 127 mm (5.0 in) and the length = 813 mm (32 in). A slot or a keyway has been milled along its entire length. The turning operation reduces the shaft diameter. For High speed steel indicate whether it is a reasonable Option to use in the operation and if not explain the reason for it.
(c)
The turning operation is performed on a steel shaft having the diameter = 127 mm (5.0 in) and the length = 813 mm (32 in). A slot or a keyway has been milled along its entire length. The turning operation reduces the shaft diameter. For cemented carbide indicate whether it is a reasonable Option to use in the operation and if not explain the reason for it.
(d)
The turning operation is performed on a steel shaft having the diameter = 127 mm (5.0 in) and the length = 813 mm (32 in). A slot or a keyway has been milled along its entire length. The turning operation reduces the shaft diameter. For ceramic indicate whether it is a reasonable Option to use in the operation and if not explain the reason for it.
(e)
The turning operation is performed on a steel shaft having the diameter = 127 mm (5.0 in) and the length = 813 mm (32 in). A slot or a keyway has been milled along its entire length. The turning operation reduces the shaft diameter. For sintered polycrystalline diamond indicate whether it is a reasonable Option to use in the operation and if not explain the reason for it.
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