You have been asked to draw up a specification for a ceramic cladding tile that is likely to experience tensile stresses of 89 MPa during its installation and service lifetime. If the ceramic has a specific surface energy of 0.35 J/m² and its Youngs Modulus is 85 GPa what would be the maximum length of an internal flaw that would not result in fracture of the tile? (This question has only one correct answer) a. 2.53 μm O b. 5.06 µm Ο c.4.78 μm O d. 2.53 mm O e. 2.39 mm f. 4.78 mm g. 2.39 µm

Elements Of Electromagnetics
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ISBN:9780190698614
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You have been asked to draw up a specification for a ceramic cladding tile that is likely to experience tensile stresses
of 89 MPa during its installation and service lifetime.
If the ceramic has a specific surface energy of 0.35 J/m2 and its Youngs Modulus is 85 GPa what would be the
maximum length of an internal flaw that would not result in fracture of the tile?
(This question has only one correct answer)
a. 2.53 µm
b. 5.06 µm
c. 4.78 μm
d. 2.53 mm
e. 2.39 mm
f. 4.78 mm
g. 2.39 um
Transcribed Image Text:You have been asked to draw up a specification for a ceramic cladding tile that is likely to experience tensile stresses of 89 MPa during its installation and service lifetime. If the ceramic has a specific surface energy of 0.35 J/m2 and its Youngs Modulus is 85 GPa what would be the maximum length of an internal flaw that would not result in fracture of the tile? (This question has only one correct answer) a. 2.53 µm b. 5.06 µm c. 4.78 μm d. 2.53 mm e. 2.39 mm f. 4.78 mm g. 2.39 um
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