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4) A set of individual strain gages are glued to a steel plate in the orientations shown. Upon loading, their readings indicate the following: Gage (a): 450 microstrain Gage (b): 2850 microstrain Gage (c): -675 microstrain (a) Find the normal strains along the x and y directions, and the in-plane shear strain ɛy. (b) Draw the strain element. Find the principle strains & maximum shear strain and how these orient themselves relative to the xy axis.

4) A set of individual strain gages are glued to a steel plate in the orientations shown. Upon loading, their readings indicate the following: Gage (a): 450 microstrain Gage (b): 2850 microstrain Gage (c): -675 microstrain (a) Find the normal strains along the x and y directions, and the in-plane shear strain ɛy. (b) Draw the strain element. Find the principle strains & maximum shear strain and how these orient themselves relative to the xy axis.

Elements Of Electromagnetics
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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4) A set of individual strain gages are glued to a steel plate in the orientations shown. Upon loading, their readings indicate the following: Gage (a): 450 microstrain Gage (b): 2850 microstrain Gage (c): -675 microstrain (a) Find the normal strains along the x and y directions, and the in-plane shear strain ɛy. (b) Draw the strain element. Find the principle strains & maximum shear strain and how these orient themselves relative to the xy axis.
Transcribed Image Text:4) A set of individual strain gages are glued to a steel plate in the orientations shown. Upon loading, their readings indicate the following: Gage (a): 450 microstrain Gage (b): 2850 microstrain Gage (c): -675 microstrain (a) Find the normal strains along the x and y directions, and the in-plane shear strain ɛy. (b) Draw the strain element. Find the principle strains & maximum shear strain and how these orient themselves relative to the xy axis.
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