Linked from

The 18 pages that link to Fracture toughness, each with the reason it gives.

• Fracture mechanicsRelated: Crack growth becomes unstable when the applied crack-driving force exceeds this resistance.

• HardnessCompared with: Crack resistance is distinct from resistance to localized indentation or scratching.

• Thermal shockRelated: Higher fracture toughness makes thermally induced cracks harder to propagate.

• DuctilityRelated: Crack resistance complements ductility but measures a distinct aspect of failure.

• Elastic modulusCompared with: Crack resistance is distinct from resistance to elastic deformation.

• Shear strengthCompared with: A crack can propagate at stresses below a material's shear strength.

• Hydrogen embrittlementRelated: Hydrogen embrittlement is often assessed through the reduction of this resistance.

• MartensiteRelated: Un-tempered martensitic steel can have low resistance to crack propagation.

• Brittle fractureRelated: It sets the critical crack-tip loading a brittle material can withstand.

• CuttingRelated: Tough materials resist the crack propagation that can help a cut advance.

• Stress concentrationRelated: It helps assess whether a flaw-associated stress field will drive unstable fracture.

• Thermal crackingRelated: It sets how much crack-driving force a thermally stressed flaw can withstand.

• Tool steelRelated: A tough tool steel resists chipping and catastrophic die failure.

• BrittlenessCompared with: Low fracture toughness often accompanies brittle failure, though toughness and brittleness are not identical.

• Boron carbideRelated: Boron carbide’s high hardness is offset by limited resistance to crack growth.

• Wootz steelRelated: Blade performance depends on balancing hardness with resistance to catastrophic fracture.

• Constance TipperNarrower topic: This broader property frames the practical question behind Tipper's steel testing.

• Mechanical testingRelated: Crack-sensitive tests assess a failure property that ordinary strength measurements can miss.