QUESTION 4) For the given system shown in the figure, the AB bar is in the 4m direction of z-axis and the OB bar is in the vertical direction. The disc is in the X-z plane and P is in the direction of x- axis. The cross section diameter of the 2m AB and OB bars D = 100 mm, the radius of the O-centered disc is r 0.5 m, If the allowable normal stress oallow=180 MPa, Determine the allowable load P, D= 100 mm acording to; a) the maximum shear stress criterion cress sections of the AB ve OB bars (Tresca ), b) the maximum distortion energy criterion (Von Mises ). Note: Neglect the shear and axial normal force effects.
QUESTION 4) For the given system shown in the figure, the AB bar is in the 4m direction of z-axis and the OB bar is in the vertical direction. The disc is in the X-z plane and P is in the direction of x- axis. The cross section diameter of the 2m AB and OB bars D = 100 mm, the radius of the O-centered disc is r 0.5 m, If the allowable normal stress oallow=180 MPa, Determine the allowable load P, D= 100 mm acording to; a) the maximum shear stress criterion cress sections of the AB ve OB bars (Tresca ), b) the maximum distortion energy criterion (Von Mises ). Note: Neglect the shear and axial normal force effects.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:QUESTION 4) For the given system
shown in the figure, the AB bar is in the
4m
direction of z-axis and the OB bar is in
the vertical direction. The disc is in the
X-z plane and P is in the direction of x-
axis. The cross section diameter of the
2m
AB and OB bars D = 100 mm, the radius
of the O-centered disc is r 0.5 m, If the
allowable normal stress oallow=180 MPa,
Determine
the allowable
load
P,
D= 100 mm
acording to;
a) the maximum shear stress criterion
cress sections of the
AB ve OB bars
(Tresca ),
b) the maximum distortion energy criterion (Von Mises ).
Note: Neglect the shear and axial normal force effects.
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