First year materials engineering

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Toughness refers to a material's ability to absorb energy before fracturing, while fracture toughness specifically measures a material's resistance to crack propagation. Materials can exhibit the same toughness value but differ in fracture toughness due to variations in their microstructure and the mechanisms of failure they experience. Low fracture toughness indicates a higher likelihood of failure through crack propagation. Understanding these distinctions is crucial for materials selection in engineering applications. Clarifying these concepts will enhance comprehension of material behavior under stress.
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Homework Statement


hey guys, I've got an assignment and its asking me to explain why some materials to have the same toughness value, but quite differnt fracture toughness values? i really don't understand wats the difference between toughness and fracture toughness?

any help would be greatfully appreciated.


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Toughness is a measure of energy storage, while fracture toughness is a resistance to one specific type of failure. Low fracture toughness implies a susceptibility to failure by c____ p__________. (Blanks left for your enjoyment.)
 
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