The pressure in the tank is 2800 kPa, and an axial load of 130 kN is applied to the end of the tank through a rigid bearing plate. Determine a. The normal stress perpendicular to the weld. b. The shearing stress parallel to the weld. c. The maximum shearing stress at a point on the outside sur- face of the vessel. d. The maximum shearing stress at a point on the inside surface of the vessel. 130 kN Rigid plate - - Plane of weld 1200 mm I.D.

The pressure in the tank is 2800 kPa, and an axial load of 130 kN is applied to the end of the tank through a rigid bearing plate. Determine a. The normal stress perpendicular to the weld. b. The shearing stress parallel to the weld. c. The maximum shearing stress at a point on the outside sur- face of the vessel. d. The maximum shearing stress at a point on the inside surface of the vessel. 130 kN Rigid plate - - Plane of weld 1200 mm I.D.

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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Question

100%

The pressure in the tank is 2800 kPa, and an axial load of 130 kN
is applied to the end of the tank through a rigid bearing plate.
Determine
a. The normal stress perpendicular to the weld.
b. The shearing stress parallel to the weld.
c. The maximum shearing stress at a point on the outside sur-
face of the vessel.
d. The maximum shearing stress at a point on the inside surface
of the vessel.
130 kN
Rigid plate
Plane of weld
---
1200 mm I.D.

5-112 A cylindrical pressure vessel is fabricated by butt-welding
20-mm-thick plate with a spiral seam, as shown in Fig. P5-112.

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