10.5 (B) A compound tube of 300 mm external and 100 mm internal diameter is formed by shrinking one cylinder on to another, the common diameter being 200 mm. If the maximum hoop tensile stress induced in the outer cylinder is 90 MN/m³ find the hoop stresses at the inner and outer diameters of both cylinders and show by means of a sketch how these stresses vary with the radius. [90, 55.35-924, 57.8 MN/m²]
10.5 (B) A compound tube of 300 mm external and 100 mm internal diameter is formed by shrinking one cylinder on to another, the common diameter being 200 mm. If the maximum hoop tensile stress induced in the outer cylinder is 90 MN/m³ find the hoop stresses at the inner and outer diameters of both cylinders and show by means of a sketch how these stresses vary with the radius. [90, 55.35-924, 57.8 MN/m²]
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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![10.5 (B) A compound tube of 300 mm external and 100 mm internal diameter is formed by shrinking one cylinder
on to another, the common diameter being 200 mm. If the maximum hoop tensile stress induced in the outer cylinder
is 90 MN/m² find the hoop stresses at the inner and outer diameters of both cylinders and show by means of a sketch
how these stresses vary with the radius.
[90, 55.35,-924, 57.8 MN/m²]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0809bd4b-2917-430e-b047-14467ee11a8d%2Fe905155e-34c7-4041-84a8-6e3a23ce9f69%2Fh45ods_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10.5 (B) A compound tube of 300 mm external and 100 mm internal diameter is formed by shrinking one cylinder
on to another, the common diameter being 200 mm. If the maximum hoop tensile stress induced in the outer cylinder
is 90 MN/m² find the hoop stresses at the inner and outer diameters of both cylinders and show by means of a sketch
how these stresses vary with the radius.
[90, 55.35,-924, 57.8 MN/m²]
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