A thin-walled vessel is subject to an internal pressure of 202.8barand an external positive torque (Right Hand Rule) of 3508Nm.The vessel wall-thickness is 4mm and its external diamter is 262mm.The vessel is made from a ductlie metal with a Yield Strength of 511.25MPa, Using clockwise positive polar co-ordinates:Determine for an element of stress on the external surface:the Maximum in-plane Principal Stress (Answer in MPa only).the Minimum in-plane Principal Stress (Answer in MPa only).the Tresca in-plane Effective Stress (Answer in Pa only).the von Mises in-plane Effective Stress (Answer in MPa only).the Maximum in-plane Shear Stress (Answer in Pa only)Select the 5 correct answers from the list below/:a. 64479034.6745626b. 1030.58413869825✔ C. 644.115086686407O d. 257.375930650875e. 1159.40715603553f. 780.948182293138g. 446.256104167508h. 451353242.721938Oi. 96718552.011844Oj. 386.063895976312✔k. 321.719913313593✔I. 322395173.372813m. 128958069.349125✔n. 161197586.686407Oo. 580311312.071064p. 901.761121360969q. 557.820130209385O r. 669.384156251262O s. 450.407878639031t. 193.031947988156O u. 772.938104023688v. 515832277.396501w. 892.512208335015X. 386874208.047376Oy. 193437104.023688

Given data, Internal pressure, P = 202.8 bar = 20.28 MPa Applied positive torque, T = 3508 Nm Vessel…

A thin-walled vessel is subject to an internal pressure of 202.8bar and an external positive torque (Right Hand Rule) of 3508Nm. The vessel wall-thickness is 4mm and its external diamter is 262mm. The vessel is made from a ductlie metal with a Yield Strength of 511.25MPa, Determine for an element of stress on the external surface: the Maximum in-plane Principal Stress (Answer in MPa only). the Minimum in-plane Principal Stress (Answer in MPa only). the Tresca in-plane Effective Stress (Answer in Pa only).

A thin-walled vessel is subject to an internal pressure of 202.8bar and an external positive torque (Right Hand Rule) of 3508Nm. The vessel wall-thickness is 4mm and its external diamter is 262mm. The vessel is made from a ductlie metal with a Yield Strength of 511.25MPa, Determine for an element of stress on the external surface: the Maximum in-plane Principal Stress (Answer in MPa only). the Minimum in-plane Principal Stress (Answer in MPa only). the Tresca in-plane Effective Stress (Answer in Pa only).

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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Concept explainers

Pressure Vessels

The term pressure vessel refers to a closed container that contains gas or liquid at a different pressure than environment pressure. The pressure vessels have a wide scale of applications in our day-to-day lives and other industrial places. Some common examples of pressure vessels are gas cylinders, autoclaves, compressor vessels, etc.

Question

A thin-walled vessel is subject to an internal pressure of 202.8bar
and an external positive torque (Right Hand Rule) of 3508Nm.
The vessel wall-thickness is 4mm and its external diamter is 262mm.
The vessel is made from a ductlie metal with a Yield Strength of 511.25MPa, Using clockwise positive polar co-ordinates:
Determine for an element of stress on the external surface:
the Maximum in-plane Principal Stress (Answer in MPa only).
the Minimum in-plane Principal Stress (Answer in MPa only).
the Tresca in-plane Effective Stress (Answer in Pa only).
the von Mises in-plane Effective Stress (Answer in MPa only).
the Maximum in-plane Shear Stress (Answer in Pa only)
Select the 5 correct answers from the list below/:
a. 64479034.6745626
b. 1030.58413869825
✔ C. 644.115086686407
O d. 257.375930650875
e. 1159.40715603553
f. 780.948182293138
g. 446.256104167508
h. 451353242.721938
Oi. 96718552.011844
Oj. 386.063895976312
✔k. 321.719913313593
✔I. 322395173.372813
m. 128958069.349125
✔n. 161197586.686407
Oo. 580311312.071064
p. 901.761121360969
q. 557.820130209385
O r. 669.384156251262
O s. 450.407878639031
t. 193.031947988156
O u. 772.938104023688
v. 515832277.396501
w. 892.512208335015
X. 386874208.047376
Oy. 193437104.023688

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