A 20 mm diameter rod BC has flat ends of 20 mm x 40 mm rectangular cross section, while the boom AB has a 30 x 50 mm rectangular cross section and is fitted with a clevis at the end B. Both members are connected at B by a pin from which the 30 kN load is suspended by means of a U-Shaped bracket. Boom AB is supported at A by a pin fitted into a double bracket, while rod BC is connected at C to a single bracket. All pins are 25 mm diameter. Determine the normal stresses in members AB and BC; shearing stresses and bearing stresses at A, B and C
A 20 mm diameter rod BC has flat ends of 20 mm x 40 mm rectangular cross section, while the boom AB has a 30 x 50 mm rectangular cross section and is fitted with a clevis at the end B. Both members are connected at B by a pin from which the 30 kN load is suspended by means of a U-Shaped bracket. Boom AB is supported at A by a pin fitted into a double bracket, while rod BC is connected at C to a single bracket. All pins are 25 mm diameter. Determine the normal stresses in members AB and BC; shearing stresses and bearing stresses at A, B and C
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 20 mm diameter rod BC has flat ends of 20 mm x 40 mm rectangular cross section, while the boom AB has a 30 x 50 mm rectangular cross section and is fitted with a clevis at the end B. Both members are connected at B by a pin from which the 30 kN load is suspended by means of a U-Shaped bracket. Boom AB is supported at A by a pin fitted into a double bracket, while rod BC is connected at C to a single bracket. All pins are 25 mm diameter. Determine the normal stresses in members AB and BC; shearing stresses and bearing stresses at A, B and C.
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What would the full-body diagram of this boom be?
Transcribed Image Text:600 mm
50 mm
20 mm
-800 mm
30 kN
B
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