4.46 The shaft shown in Figure P4.46 is 200 mm long between self-aligning bearings A and B. Belt forces are applied to a sheave in the center, as shown. The left end of the shaft is connected to a clutch by means of a flexible coupling. Nothing is attached to the right end. (a) Determine and make a sketch showing the stresses acting on the top and side ele- ments, T and S, located adjacent to the sheave. (Neglect stress concentration.) (b) Represent the states of stress at T and S with three-dimensional Mohr circles. (c) At location S, show the orientation and stresses acting on a principal element, and on a maximum shear element. 20-mm- dia, shaft 100 Connected to flexible coupling and clutch 100 Free end of shaft 120-mm-dia. 400 N sheave 2000 N FIGURE P4.46

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Author:Kotler, Philip, Armstrong, Gary (gary M.)
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Chapter1: Marketing: Creating Customer Value And Engagement
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4.46
The shaft shown in Figure P4.46 is 200 mm long between self-aligning bearings A and
B. Belt forces are applied to a sheave in the center, as shown. The left end of the shaft is
connected to a clutch by means of a flexible coupling. Nothing is attached to the right
end.
(a) Determine and make a sketch showing the stresses acting on the top and side ele-
ments, T and S, located adjacent to the sheave. (Neglect stress concentration.)
(b) Represent the states of stress at T and S with three-dimensional Mohr circles.
(c) At location S, show the orientation and stresses acting on a principal element,
and on a maximum shear element.
20-mm-
dia, shaft
100
Connected to
flexible coupling
and clutch
100
Free end
of shaft
120-mm-dia.
400 N
sheave
2000 N
FIGURE P4.46
Transcribed Image Text:4.46 The shaft shown in Figure P4.46 is 200 mm long between self-aligning bearings A and B. Belt forces are applied to a sheave in the center, as shown. The left end of the shaft is connected to a clutch by means of a flexible coupling. Nothing is attached to the right end. (a) Determine and make a sketch showing the stresses acting on the top and side ele- ments, T and S, located adjacent to the sheave. (Neglect stress concentration.) (b) Represent the states of stress at T and S with three-dimensional Mohr circles. (c) At location S, show the orientation and stresses acting on a principal element, and on a maximum shear element. 20-mm- dia, shaft 100 Connected to flexible coupling and clutch 100 Free end of shaft 120-mm-dia. 400 N sheave 2000 N FIGURE P4.46
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