Does the failure of materials occur due to creep and fatigue?

You have been asked to draw up a specification for a ceramic cladding tile that is likely to experience tensile stresses of 64 MPa during its installation and service lifetime. If the ceramic has a specific surface energy of 0.28 J/m2 and its Youngs Modulus is 82 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) O a. 3.79 mm O b. 7.14 mm c. 7.57 um Ο d.3.79 μm O e. 3.57 µm O f. 3.57 mm g. 7.14 um

Consider the following data for a range of materials. In which of the following situations is creep likely to occur? Melting temperature of various materials: Melting Temperature (°C Material Ti alloy 1668 Carbon steel 1375 Alumina 2070 Nylon 66 polymer 262 A carbon steel component under continuous load in a power station operating at 200°C. A nylon pipe carrying fluid at 125K. All of the scenarios. A Ti alloy in a turbine operating at 350°C. An alumina ceramic component in a furnace operating at 600°C.

Explain the following  1)creep 2)fatigue 3)other similar material failure if you know any Proper concepts are required not only definitons

Use the fatigue curves below to answer the following questions.: Which curve(s) represent(s) a non-ferrous metal? (Select all that apply) Group of answer choices Curve B Curve A Curve C

Normally when the creep is considered in materials?

How can we prevent fatigue in the material?

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