5. A rectangular aluminum block is 90 mm long in the X-direction, 70 mm wide in the Y-direction, and 40 mm thick in the Z-direction. The block is subjected to axial loads of 220 kN tensile force in the X direction, 150 kN compressive force in the Y direction, and 200 kN tensile force in the Z-direction. Assume that v = 0.33 and E = 70 GPa. Determine the single load in the X-direction that would produce the same Z deformation as the original loading.
5. A rectangular aluminum block is 90 mm long in the X-direction, 70 mm wide in the Y-direction, and 40 mm thick in the Z-direction. The block is subjected to axial loads of 220 kN tensile force in the X direction, 150 kN compressive force in the Y direction, and 200 kN tensile force in the Z-direction. Assume that v = 0.33 and E = 70 GPa. Determine the single load in the X-direction that would produce the same Z deformation as the original loading.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:5. A rectangular aluminum block is 90 mm long in the X-direction, 70 mm wide in the Y-direction, and 40
mm thick in the Z-direction. The block is subjected to axial loads of 220 kN tensile force in the X
direction, 150 kN compressive force in the Y direction, and 200 kN tensile force in the Z-direction.
Assume that v = 0.33 and E = 70 GPa. Determine the single load in the X-direction that would produce
the same Z deformation as the original loading.
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