Civil Engineering A metal bar do in diameter and , gage length failed under an axial tensile load of F. The final diameter andfinal length of the bar were measured as d; and Iț. Calculate,a-the engineering stress (in MPa) and engineering strain at failure.do = 14mmIo=55mmdr=10.5mmIF=73.7mmF=60kN

Engineering stress is the ratio of force applied and the initial cross-sectional area of the bar.…

A metal bar do in diameter and l, gage length failed under an axial tensile load of F. The final diameter and final length of the bar were measured as di and . Calculate, a-the engineering stress (in MPa) and engineering strain at failure. do = 14mm Io=55mm de=10.5mm Ip=73.7mm F=60KN

A metal bar do in diameter and l, gage length failed under an axial tensile load of F. The final diameter and final length of the bar were measured as di and . Calculate, a-the engineering stress (in MPa) and engineering strain at failure. do = 14mm Io=55mm de=10.5mm Ip=73.7mm F=60KN

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Civil Engineering

A metal bar do in diameter and , gage length failed under an axial tensile load of F. The final diameter and
final length of the bar were measured as d; and Iț. Calculate,
a-the engineering stress (in MPa) and engineering strain at failure.
do = 14mm
Io=55mm
dr=10.5mm
IF=73.7mm
F=60kN

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