A simply supported shaft arrangement is shown in the figure. A solid shaft of 50 mm diameter made of low-carbon steel is used. Given values are: X-=762 mm X=1016 mm Xy-508 mm Pa-356 N Pe-534 N Solution: Determine first critical speeds: a) 1155 rpm ь) 648 грm c) 651 rpm a) Unloaded shaft b) Rayleigh method c) Dunkerley method

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A simply supported shaft
arrangement is shown in the figure.
A solid shaft of 50 mm diameter
made of low-carbon steel is used.
Given values are:
X;=762 mm
X:=1016 mm
X3=508 mm
PA=356 N
Ps=534 N
Solution:
Determine first critical speeds:
a) 1155 rpm
b) 648 грm
a) Unloaded shaft
b) Rayleigh method
с) 651 грm
c) Dunkerley method
Transcribed Image Text:A simply supported shaft arrangement is shown in the figure. A solid shaft of 50 mm diameter made of low-carbon steel is used. Given values are: X;=762 mm X:=1016 mm X3=508 mm PA=356 N Ps=534 N Solution: Determine first critical speeds: a) 1155 rpm b) 648 грm a) Unloaded shaft b) Rayleigh method с) 651 грm c) Dunkerley method
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