1.The plate below is attached to the vertical surface AB. Itstop and bottom surfaces slide smoothly along thehorizontal surfaces AD and BC, but are prevented frommoving vertically. The plate can move freely in the z-direction (perpendicular to the page). The right side of theplate is uniformly pulled such that it displaces 0.8 mm tothe right. The plate is aluminum, which has the followingmaterial properties:150 nimModulus of Elasticity = 88.5 GPa%3D150 mumFo.BmmModulus of Rigidity = 34 GPa%3DPoisson Ratio = 0.32Determine the shear strain at point E relative to the xy axes.b. Determine the shear stress at point E relative to the xy axes. (If you are unable to solve part a, useshear strain = -0.02 radians.)%3D С.Determine the normal strain along line BD.d. Determine the normal stress in the x and y directions. Note that the stain along AC is equal to thestrain along BD. Assume the temperature remains constant. (If you are unable to solve part c, usenormal strain = 0.0025 mm/mm for AC and BD.)

1. The plate below is attached to the vertical surface AB. ItS top and bottom surfaces slide smoothly along the horizontal surfaces AD and BC, but are prevented from moving vertically. The plate can move freely in the z- direction (perpendicular to the page). The right side of the plate is uniformly pulled such that it displaces 0.8 mm to the right. The plate is aluminum, which has the following material properties: 150 nim Modulus of Elasticity = 88.5 GPa Fo.8mm 150 mum Modulus of Rigidity = 34 GPa Poisson Ratio = 0.32 a. Determine the shear strain at point E relative to the xy axes. b. Determine the shear stress at point E relative to the xy axes. (If you are unable to solve part a, use shear strain = -0.02 radians.)

1. The plate below is attached to the vertical surface AB. ItS top and bottom surfaces slide smoothly along the horizontal surfaces AD and BC, but are prevented from moving vertically. The plate can move freely in the z- direction (perpendicular to the page). The right side of the plate is uniformly pulled such that it displaces 0.8 mm to the right. The plate is aluminum, which has the following material properties: 150 nim Modulus of Elasticity = 88.5 GPa Fo.8mm 150 mum Modulus of Rigidity = 34 GPa Poisson Ratio = 0.32 a. Determine the shear strain at point E relative to the xy axes. b. Determine the shear stress at point E relative to the xy axes. (If you are unable to solve part a, use shear strain = -0.02 radians.)

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter8: Natural Convection

Section: Chapter Questions

Problem 8.26P

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