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- Stress_concentration abstract "A stress concentration (often called stress raisers or stress risers) is a location in an object where stress is concentrated. An object is strongest when force is evenly distributed over its area, so a reduction in area, e.g., caused by a crack, results in a localized increase in stress. A material can fail, via a propagating crack, when a concentrated stress exceeds the material's theoretical cohesive strength. The real fracture strength of a material is always lower than the theoretical value because most materials contain small cracks or contaminants (especially foreign particles) that concentrate stress. Fatigue cracks always start at stress raisers, so removing such defects increases the fatigue strength.".
- Stress_concentration thumbnail HoleForceLines.svg?width=300.
- Stress_concentration wikiPageExternalLink 184271-1.html.
- Stress_concentration wikiPageExternalLink glossary_s.cfm.
- Stress_concentration wikiPageExternalLink SIA_1_Stress_Concentration.pdf.
- Stress_concentration wikiPageID "681185".
- Stress_concentration wikiPageRevisionID "605070931".
- Stress_concentration hasPhotoCollection Stress_concentration.
- Stress_concentration subject Category:Elasticity_(physics).
- Stress_concentration subject Category:Engineering_concepts.
- Stress_concentration subject Category:Orthopedic_surgical_procedures.
- Stress_concentration type Abstraction100002137.
- Stress_concentration type Cognition100023271.
- Stress_concentration type Concept105835747.
- Stress_concentration type Content105809192.
- Stress_concentration type EngineeringConcepts.
- Stress_concentration type Idea105833840.
- Stress_concentration type PsychologicalFeature100023100.
- Stress_concentration comment "A stress concentration (often called stress raisers or stress risers) is a location in an object where stress is concentrated. An object is strongest when force is evenly distributed over its area, so a reduction in area, e.g., caused by a crack, results in a localized increase in stress. A material can fail, via a propagating crack, when a concentrated stress exceeds the material's theoretical cohesive strength.".
- Stress_concentration label "Concentración de tensiones".
- Stress_concentration label "Concentration de contrainte".
- Stress_concentration label "Concentração de tensões".
- Stress_concentration label "Effetto intaglio".
- Stress_concentration label "Kerbwirkung".
- Stress_concentration label "Stress concentration".
- Stress_concentration label "Концентрация напряжений".
- Stress_concentration label "応力集中".
- Stress_concentration sameAs Kerbwirkung.
- Stress_concentration sameAs Concentración_de_tensiones.
- Stress_concentration sameAs Concentration_de_contrainte.
- Stress_concentration sameAs Effetto_intaglio.
- Stress_concentration sameAs 応力集中.
- Stress_concentration sameAs Concentração_de_tensões.
- Stress_concentration sameAs m.032fz8.
- Stress_concentration sameAs Q542690.
- Stress_concentration sameAs Q542690.
- Stress_concentration sameAs Stress_concentration.
- Stress_concentration wasDerivedFrom Stress_concentration?oldid=605070931.
- Stress_concentration depiction HoleForceLines.svg.
- Stress_concentration isPrimaryTopicOf Stress_concentration.
