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8. In the figure, a setup for testing an adhesive is prepared. For this, a rubber 15 kN block was taken and rigid metal sheets were attached to this block. Adhesive 15 kN as it leaves when force is applied in its severity; 40 15 KN a) The shear strength of the adhesive, b) Find the warping angle in the block at the time of break ( G = 0.4 GPa) Dimensions are in mm.

8. In the figure, a setup for testing an adhesive is prepared. For this, a rubber 15 kN block was taken and rigid metal sheets were attached to this block. Adhesive 15 kN as it leaves when force is applied in its severity; 40 15 KN a) The shear strength of the adhesive, b) Find the warping angle in the block at the time of break ( G = 0.4 GPa) Dimensions are in mm.

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
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8. In the figure, a setup for testing an adhesive is prepared. For this, a rubber 15 KN block was taken and rigid metal sheets were attached to this block. Adhesive 15 kN as it leaves when force is applied in its severity; 40 15 KN a) The shear strength of the adhesive, b) Find the warping angle in the block at the time of break ( G = 0.4 GPa) 60 Dimensions are in mm.
Transcribed Image Text:8. In the figure, a setup for testing an adhesive is prepared. For this, a rubber 15 KN block was taken and rigid metal sheets were attached to this block. Adhesive 15 kN as it leaves when force is applied in its severity; 40 15 KN a) The shear strength of the adhesive, b) Find the warping angle in the block at the time of break ( G = 0.4 GPa) 60 Dimensions are in mm.
Expert Solution
Step 1

Given,

Total shear Force (F)= 15+15=30kN

Total shear area (A) = 80×60=4800×2=9600mm2

Modulus of rigidity (G)= 0.4GPa or 400MPa

Height of the block (H)=40mm

Shear strength of the adhesive

τ=FA=300002×4800=3.125MPa

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