A bar of the rectangular cross-section is 100mm thick by 50mm broad and carries an axial compressive load of 160KN. If the line of action of the load is 12.5mm from the center of the thickness of the section along the centerline of the breadth. Determine the maximum and minimum stresses in the bar. Show complete process and solution. Given: F = W = 160KN x 1MN / 1000KN = 0.160MN B = 50mm x 1m / 1000mm = 0.50m T = 100mm x 1m / 1000mm = 0.1m X = 12.5mm x 1m / 1000mm = 0.0125m
A bar of the rectangular cross-section is 100mm thick by 50mm broad and carries an axial compressive load of 160KN. If the line of action of the load is 12.5mm from the center of the thickness of the section along the centerline of the breadth. Determine the maximum and minimum stresses in the bar. Show complete process and solution. Given: F = W = 160KN x 1MN / 1000KN = 0.160MN B = 50mm x 1m / 1000mm = 0.50m T = 100mm x 1m / 1000mm = 0.1m X = 12.5mm x 1m / 1000mm = 0.0125m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A bar of the rectangular cross-section is 100mm thick by 50mm broad and carries an axial compressive load of 160KN. If the line of action of the load is 12.5mm from the center of the thickness of the section along the centerline of the breadth. Determine the maximum and minimum stresses in the bar. Show complete process and solution.
Given:
F = W = 160KN x 1MN / 1000KN = 0.160MN
B = 50mm x 1m / 1000mm = 0.50m
T = 100mm x 1m / 1000mm = 0.1m
X = 12.5mm x 1m / 1000mm = 0.0125m
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