1.load of F = 50000 N. A snap-ring groove is machined into the OD as shown and a hole ismachined in the right endThe round shaft shown below is subjected to an axial impact/shock direct tensile%3D(a) What diameter can the hole be ("ID" on the drawing) so that the stress at the snapring groove and the stress at the hole are equal?(b) Would the shaft be suitable for impact loading if it is made from SAE 1040 WQT 900alloy steel?AIDØ35F.FID| 041RO.2 (TYP)-041ASECTION A-A

Answered: The round shaft shown below is…

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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Related questions

Question

1.
load of F = 50000 N. A snap-ring groove is machined into the OD as shown and a hole is
machined in the right end
The round shaft shown below is subjected to an axial impact/shock direct tensile
%3D
(a) What diameter can the hole be ("ID" on the drawing) so that the stress at the snap
ring groove and the stress at the hole are equal?
(b) Would the shaft be suitable for impact loading if it is made from SAE 1040 WQT 900
alloy steel?
A
ID
Ø35
F.
F
ID
| 041
RO.2 (TYP)
-041
A
SECTION A-A

Expert Solution

Step 1: Approach

It is given that the stress at groove and the hollow part is equal, thus we will first look at the stresses at both these sections and then equal them to determine the internal diameter of the hollow part of the shaft. And in the second part it is given that the shaft is subjected to impact load but height of impact is not given, thus we will tale the height of impact to be zero. The impact stress produced in a body at zero height is equal to twice the normal stress. Thus, we will use these concepts to determine the solution of the above question as follows: