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Stress ( σ =F/A) F=? in N B) Direct Shear ( τ =V/A)  V=? in N C) Transverse Shear ( τ =3V/2A)  V=? in N D) Bending ( σ =Mc/I)   M=? in Nm E) Torsion ( τ =Tr/J)  T=? in Nm

Stress ( σ =F/A) F=? in N B) Direct Shear ( τ =V/A)  V=? in N C) Transverse Shear ( τ =3V/2A)  V=? in N D) Bending ( σ =Mc/I)   M=? in Nm E) Torsion ( τ =Tr/J)  T=? in Nm

Elements Of Electromagnetics
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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A) Axial Stress ( σ =F/A) F=? in N

B) Direct Shear ( τ =V/A)  V=? in N

C) Transverse Shear ( τ =3V/2A)  V=? in N

D) Bending ( σ =Mc/I)   M=? in Nm

E) Torsion ( τ =Tr/J)  T=? in Nm

 

The fixed 30mm diameter shaft of a vice is connected to 20mm diameter of the vice by a 4mm radius fillet. The shaft is machined from 1018 HR steel. Where on the shaft is the maximum stress. Indicate in the equations below the loading you would use in calculating the maximum stress. 20 2kN 100 50 25 920
Transcribed Image Text:The fixed 30mm diameter shaft of a vice is connected to 20mm diameter of the vice by a 4mm radius fillet. The shaft is machined from 1018 HR steel. Where on the shaft is the maximum stress. Indicate in the equations below the loading you would use in calculating the maximum stress. 20 2kN 100 50 25 920
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