m 60mm t a 14 t given gy386 mpa t25 kn mm13kn m id24 jd24 q1 draw stress states at a in x y plan

Name: m 60mm t a 14 t given gy386 mpa t25 kn mm13kn m id24 jd24 q1 draw stress states at a in x y plane q2 calculate stress components shown in qi q3 calculate equivalent stresses by tresca lon mi 51669
Uploaded: 2024-08-01T15:07:36-08:00
Duration: 3 min 4 s
Channel: Adi S
Description: m 60mm t a 14 t given gy386 mpa t25 kn mm13kn m id24 jd24 q1 draw stress states at a in x y plane q2 calculate stress components shown in qi q3 calculate equivalent stresses by tresca lon mi 51669

Step 1: The problem provides a shaft with a diameter of 60mm, subjected to a torque of 2.5 kN-mm

Question

M ← 60mm T A > 14 T GIVEN GY=386 MPa T=2.5 KN-MM=1.3KN-m I=π(D/2)^4; J=π(D/2)^4 Q1. DRAW STRESS STATES AT A IN X-Y PLANE. Q2. CALCULATE STRESS COMPONENTS SHOWN IN QI. Q3. CALCULATE EQUIVALENT STRESSES BY TRESCA & LON-MISES CRITERIA Q4. PREDICT YIELDIG BY T. EU.M.

          M
←
60mm
T
A
>
14
T
GIVEN GY=386 MPa
T=2.5 KN-MM=1.3KN-m
I=π(D/2)^4; J=π(D/2)^4
Q1. DRAW STRESS STATES AT A
IN X-Y PLANE.
Q2. CALCULATE STRESS COMPONENTS
SHOWN IN QI.
Q3. CALCULATE EQUIVALENT STRESSES
BY TRESCA & LON-MISES CRITERIA
Q4. PREDICT YIELDIG BY T. EU.M.

m 60mm t a 14 t given gy386 mpa t25 kn mm13kn m id24 jd24 q1 draw stress states at a in x y plane q2 calculate stress components shown in qi q3 calculate equivalent stresses by tresca lon mi 51669

Added by Mary M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

08/01/2024

Step 1

5 kN-mm and a bending moment of 1.3 kN-m. The yield strength of the shaft material is given as 386 MPa. Show more…

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M ← 60mm T A > 14 T GIVEN GY=386 MPa T=2.5 KN-MM=1.3KN-m I=π(D/2)^4; J=π(D/2)^4 Q1. DRAW STRESS STATES AT A IN X-Y PLANE. Q2. CALCULATE STRESS COMPONENTS SHOWN IN QI. Q3. CALCULATE EQUIVALENT STRESSES BY TRESCA & LON-MISES CRITERIA Q4. PREDICT YIELDIG BY T. EU.M.