QS-3: Compute the shear strain (yxy) for the given rectangular prism system (G=630 MPa). The below plate is constant and P is applied to the top plate. The P load creates 1 mm displacement at the top plate. Compute the load P=? The shear stress Txy=G. Yxy The Load P= Txy.A 62 mm 50 mm 200 mm 50 mm A D mm Ysy B Txy Tyx -Txy Eq.1 Eq.2
QS-3: Compute the shear strain (yxy) for the given rectangular prism system (G=630 MPa). The below plate is constant and P is applied to the top plate. The P load creates 1 mm displacement at the top plate. Compute the load P=? The shear stress Txy=G. Yxy The Load P= Txy.A 62 mm 50 mm 200 mm 50 mm A D mm Ysy B Txy Tyx -Txy Eq.1 Eq.2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:QS-3: Compute the shear strain (yxy) for the given rectangular prism system (G=630 MPa). The
below plate is constant and P is applied to the top plate. The P load creates 1 mm displacement
at the top plate. Compute the load P=?
The shear stress Txy G. Yxy
The Load P= Txy.A
62 mm
50 mm
200 mm.
B
50 mm
D
A
D
mm
Ysy B
QS-4: Discuss the load transfer mechanism and the safety of the following systems for the
single and double shear effects and draw the free body diagram? The bolt diameters, quality
and the thickness of A, B, C and D plates are identical.
L
B
xy
D
Eq.1
Eq.2
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