A circle of diameter d = 225 mm is inscribed on an unstressedaluminum plate of thickness t = 18 mm. Forces acting in theplane of the plate later cause normal stresses o₂ = 84 MPa ando₂ = 140 MPa For E= 70 GPa and v=- (v = poisson's ratio),determine the change inyDListah380 mmAC0₁380 mmB(i) The length of diameter AB,(ii) The length of diameter CD,(iii) The thickness of the plate,x

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A circle of diameter d = 225 mm is inscribed on an unstressed aluminum plate of thickness t = 18 mm. Forces acting in the plane of the plate later cause normal stresses o₂ = 84 MPa and o₂ = 140 MPa For E= 70 GPa and v=- determine the change in y 380 mm A 0₁ C D B 380 mm (i) The length of diameter AB, (ii) The length of diameter CD, (iii) The thickness of the plate, (v = poisson's ratio), x

A circle of diameter d = 225 mm is inscribed on an unstressed aluminum plate of thickness t = 18 mm. Forces acting in the plane of the plate later cause normal stresses o₂ = 84 MPa and o₂ = 140 MPa For E= 70 GPa and v=- determine the change in y 380 mm A 0₁ C D B 380 mm (i) The length of diameter AB, (ii) The length of diameter CD, (iii) The thickness of the plate, (v = poisson's ratio), x

Steel Design (Activate Learning with these NEW titles from Engineering!)

6th Edition

ISBN:9781337094740

Author:Segui, William T.

Publisher:Segui, William T.

Chapter1: Introduction

Section: Chapter Questions

Problem 1.5.6P: The data in Table 1.5.3 were obtained from a tensile test of a metal specimen with a rectangular...

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