2. A brass sleeve with an inner diameter of 200mm and an outer diameter of 300mm is pressed onto a olid steel shaft of radius r = (100 + 6) mm. (a) Determine the radial interference, 6, in mm if the nterface pressure between the brass and steel is 16.8MPa. (b) Determine the radial displacement, u, in nm of the inner diameter of the brass sleeve. Let Eb = 110GPA, v, = 0.32, E, = 210GPA, v, = 0.30. (The "b" ubscript refers to brass and "s" refers to steel)

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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2. A brass sleeve with an inner diameter of 200mm and an outer diameter of 300mm is pressed onto a
solid steel shaft of radius r = (100 + 6) mm. (a) Determine the radial interference, 6, in mm if the
interface pressure between the brass and steel is 16.8MPa. (b) Determine the radial displacement, u, in
mm of the inner diameter of the brass sleeve. Let Eb = 110GPA, v, = 0.32, Es = 210GPA, v, = 0.30. (The “b"
subscript refers to brass and "s" refers to steel)
Transcribed Image Text:2. A brass sleeve with an inner diameter of 200mm and an outer diameter of 300mm is pressed onto a solid steel shaft of radius r = (100 + 6) mm. (a) Determine the radial interference, 6, in mm if the interface pressure between the brass and steel is 16.8MPa. (b) Determine the radial displacement, u, in mm of the inner diameter of the brass sleeve. Let Eb = 110GPA, v, = 0.32, Es = 210GPA, v, = 0.30. (The “b" subscript refers to brass and "s" refers to steel)
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