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- Size_effect_on_structural_strength abstract "According to the classical theories of elastic or plastic structures made from a material with non-random strength (ft), the nominal strength (σN) of a structure is independent of the structure size (D) when geometrically similar structures are considered. Any deviation from this property is called the size effect. For example, conventional strength of materials predicts that a large beam and a tiny beam will fail at the same stress if they are made of the same material. In the real world, because of size effects, a larger beam will fail at a lower stress than a smaller beam.The structural size effect concerns structures made of the same material, with the same microstructure. It must be distinguished from the size effect of material inhomogeneities, particularly the Hall-Petch effect, which describes how the material strength increases with decreasing grain size in polycrystalline metals.The size effect can have two causes: statistical, due to material strength randomness, and energetic (and non-statistical), due to energy release when a large crack or a large fracture process zone (FPZ) containing damaged material develops before the maximum load is reached.The limitations of elasticity theory are discussed in good textbooks on the topic. The same holds for plasticity theory. Modern computational models do not have these limitations and they predict structural strength correctly for any size. The scientists that develop new material models make sure that the results agree with the size effect laws. The engineers that design exceptionally large structures make sure that the calculations do not include a size effect mistake.".
- Size_effect_on_structural_strength thumbnail Malpasset-1988.jpg?width=300.
- Size_effect_on_structural_strength wikiPageID "33984856".
- Size_effect_on_structural_strength wikiPageLength "34466".
- Size_effect_on_structural_strength wikiPageOutDegree "28".
- Size_effect_on_structural_strength wikiPageRevisionID "706940771".
- Size_effect_on_structural_strength wikiPageWikiLink Bending.
- Size_effect_on_structural_strength wikiPageWikiLink Category:Continuum_mechanics.
- Size_effect_on_structural_strength wikiPageWikiLink Category:Physical_models.
- Size_effect_on_structural_strength wikiPageWikiLink Concrete_fracture_analysis.
- Size_effect_on_structural_strength wikiPageWikiLink Crystallite.
- Size_effect_on_structural_strength wikiPageWikiLink Damage_mechanics.
- Size_effect_on_structural_strength wikiPageWikiLink Elasticity_(physics).
- Size_effect_on_structural_strength wikiPageWikiLink File:FigY3.png.
- Size_effect_on_structural_strength wikiPageWikiLink File:FigY4.png.
- Size_effect_on_structural_strength wikiPageWikiLink File:FigY5.png.
- Size_effect_on_structural_strength wikiPageWikiLink Fracture_mechanics.
- Size_effect_on_structural_strength wikiPageWikiLink Grain_boundary_strengthening.
- Size_effect_on_structural_strength wikiPageWikiLink Grain_size.
- Size_effect_on_structural_strength wikiPageWikiLink Material_failure_theory.
- Size_effect_on_structural_strength wikiPageWikiLink Metal.
- Size_effect_on_structural_strength wikiPageWikiLink Microstructure.
- Size_effect_on_structural_strength wikiPageWikiLink Plasticity_(physics).
- Size_effect_on_structural_strength wikiPageWikiLink Randomness.
- Size_effect_on_structural_strength wikiPageWikiLink Reinforced_concrete_column.
- Size_effect_on_structural_strength wikiPageWikiLink Representative_elementary_volume.
- Size_effect_on_structural_strength wikiPageWikiLink Strength_of_materials.
- Size_effect_on_structural_strength wikiPageWikiLink Stress_(mechanics).
- Size_effect_on_structural_strength wikiPageWikiLink Structural_integrity_and_failure.
- Size_effect_on_structural_strength wikiPageWikiLink Structure.
- Size_effect_on_structural_strength wikiPageWikiLink File:Malpasset-1988.jpg.
- Size_effect_on_structural_strength wikiPageWikiLink File:SizeEffectFig06.png.
- Size_effect_on_structural_strength wikiPageWikiLinkText "Size effect on structural strength".
- Size_effect_on_structural_strength wikiPageUsesTemplate Template:EquationRef.
- Size_effect_on_structural_strength wikiPageUsesTemplate Template:Math.
- Size_effect_on_structural_strength wikiPageUsesTemplate Template:NumBlk.
- Size_effect_on_structural_strength wikiPageUsesTemplate Template:Refbegin.
- Size_effect_on_structural_strength subject Category:Continuum_mechanics.
- Size_effect_on_structural_strength subject Category:Physical_models.
- Size_effect_on_structural_strength type Model.
- Size_effect_on_structural_strength type Model.
- Size_effect_on_structural_strength type Redirect.
- Size_effect_on_structural_strength comment "According to the classical theories of elastic or plastic structures made from a material with non-random strength (ft), the nominal strength (σN) of a structure is independent of the structure size (D) when geometrically similar structures are considered. Any deviation from this property is called the size effect. For example, conventional strength of materials predicts that a large beam and a tiny beam will fail at the same stress if they are made of the same material.".
- Size_effect_on_structural_strength label "Size effect on structural strength".
- Size_effect_on_structural_strength sameAs Q7533418.
- Size_effect_on_structural_strength sameAs m.0hndnk8.
- Size_effect_on_structural_strength sameAs Q7533418.
- Size_effect_on_structural_strength wasDerivedFrom Size_effect_on_structural_strength?oldid=706940771.
- Size_effect_on_structural_strength depiction Malpasset-1988.jpg.
- Size_effect_on_structural_strength isPrimaryTopicOf Size_effect_on_structural_strength.