Question: A thin rubber membrane is stretched in such a manner that the following uniform strain field is produced: Exx=2500 microstrain, Eyy=-3000 microstrain, Gamma(XY)=1000 microstrain A

A thin rubber membrane is stretched in such a manner that the following uniform strain field is produced: Exx=2500 microstrain, Eyy=-3000 microstrain, Gamma(XY)=1000 microstrain

A rectangle is drawn on the membrane before stretching. How should the rectangle be oriented if the angles are to remain 90 degrees during stretching?

A rectangle is drawn on the membrane before stretching. How should the rectangle be oriented if the angles are to remain 90° 

astangle is drawn on the membrane before stretching. How should the rectangle be oriented if the angles are to remain 90 during stretching? ai 4 thin rectangular aluminum (E = 71 GPa and v = 0.33) plate 150 by 200 mm is acted upon by a two-dimensional stress distribution which produces the following uniform distribution of strains in the plate: Exx = 2,000 Eyy = - 500 u Ysy = 2,000 ue (a) Determine the changes in length of the diagonals of the plate. (b) Determine the maximum shearing strain in the plate. Prepare a sketch of two initially perpendicular lines in the plate associated with this maximum shearing strain.

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