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Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Environmental_stress_fracture> ?p ?o }

• Environmental_stress_fracture abstract "In materials science, environmental stress fracture or environment assisted fracture is the generic name given to premature failure under the influence of tensile stresses and harmful environments of materials such as metals and alloys, composites, plastics and ceramics. Metals and alloys exhibit phenomena such as stress corrosion cracking, hydrogen embrittlement, liquid metal embrittlement and corrosion fatigue all coming under this category. Environments such as moist air, sea water and corrosive liquids and gases cause environmental stress fracture. Metal matrix composites are also susceptible to many of these processes. Plastics and plastic-based composites may suffer swelling, debonding and loss of strength when exposed to organic fluids and other corrosive environments, such as acids and alkalies. Under the influence of stress and environment, many structural materials, particularly the high-specific strength ones become brittle and lose their resistance to fracture. While their fracture toughness remains unaltered, their threshold stress intensity factor for crack propagation may be considerably lowered. Consequently, they become prone to premature fracture because of sub-critical crack growth. This article aims to give a brief overview of the various degradation processes mentioned above.".
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• Environmental_stress_fracture wikiPageRevisionID "590914881".
• Environmental_stress_fracture wikiPageWikiLink Alloy.
• Environmental_stress_fracture wikiPageWikiLink Brittle.
• Environmental_stress_fracture wikiPageWikiLink Brittleness.
• Environmental_stress_fracture wikiPageWikiLink Casting.
• Environmental_stress_fracture wikiPageWikiLink Category:Corrosion.
• Environmental_stress_fracture wikiPageWikiLink Category:Fracture_mechanics.
• Environmental_stress_fracture wikiPageWikiLink Caustic_embrittlement.
• Environmental_stress_fracture wikiPageWikiLink Ceramic.
• Environmental_stress_fracture wikiPageWikiLink Composite_material.
• Environmental_stress_fracture wikiPageWikiLink Corrosion.
• Environmental_stress_fracture wikiPageWikiLink Corrosion_fatigue.
• Environmental_stress_fracture wikiPageWikiLink Delayed_failure.
• Environmental_stress_fracture wikiPageWikiLink Ductile.
• Environmental_stress_fracture wikiPageWikiLink Ductility.
• Environmental_stress_fracture wikiPageWikiLink Electroplating.
• Environmental_stress_fracture wikiPageWikiLink Environmental_Stress_Cracking.
• Environmental_stress_fracture wikiPageWikiLink Environmental_stress_cracking.
• Environmental_stress_fracture wikiPageWikiLink Forensic_engineering.
• Environmental_stress_fracture wikiPageWikiLink Fracture.
• Environmental_stress_fracture wikiPageWikiLink Fracture_Mechanics.
• Environmental_stress_fracture wikiPageWikiLink Fracture_mechanics.
• Environmental_stress_fracture wikiPageWikiLink Fracture_toughness.
• Environmental_stress_fracture wikiPageWikiLink Hydrogen.
• Environmental_stress_fracture wikiPageWikiLink Hydrogen_embrittlement.
• Environmental_stress_fracture wikiPageWikiLink Liquid_metal_embrittlement.
• Environmental_stress_fracture wikiPageWikiLink Magnesium.
• Environmental_stress_fracture wikiPageWikiLink Materials_science.
• Environmental_stress_fracture wikiPageWikiLink Melting.
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• Environmental_stress_fracture wikiPageWikiLink Metal_matrix_composites.
• Environmental_stress_fracture wikiPageWikiLink Nickel.
• Environmental_stress_fracture wikiPageWikiLink Niobium.
• Environmental_stress_fracture wikiPageWikiLink Plastic.
• Environmental_stress_fracture wikiPageWikiLink Season_cracking.
• Environmental_stress_fracture wikiPageWikiLink Service_life.
• Environmental_stress_fracture wikiPageWikiLink Silver_Bridge.
• Environmental_stress_fracture wikiPageWikiLink Steel.
• Environmental_stress_fracture wikiPageWikiLink Stress_(mechanics).
• Environmental_stress_fracture wikiPageWikiLink Stress_Corrosion_Cracking.
• Environmental_stress_fracture wikiPageWikiLink Stress_corrosion_cracking.
• Environmental_stress_fracture wikiPageWikiLink Structural_failure.
• Environmental_stress_fracture wikiPageWikiLink Structural_integrity_and_failure.
• Environmental_stress_fracture wikiPageWikiLink Sub-critical_crack_growth.
• Environmental_stress_fracture wikiPageWikiLink Tantalum.
• Environmental_stress_fracture wikiPageWikiLink Tensile_stress.
• Environmental_stress_fracture wikiPageWikiLink Titanium.
• Environmental_stress_fracture wikiPageWikiLink Uranium.
• Environmental_stress_fracture wikiPageWikiLink Vanadium.
• Environmental_stress_fracture wikiPageWikiLink Welding.
• Environmental_stress_fracture wikiPageWikiLink Yield_(engineering).
• Environmental_stress_fracture wikiPageWikiLink Yield_strength.
• Environmental_stress_fracture wikiPageWikiLink Zirconium.
• Environmental_stress_fracture wikiPageWikiLink File:35remsplitneck.jpg.
• Environmental_stress_fracture wikiPageWikiLink File:Silver_Bridge_collapsed,_Ohio_side.jpg.
• Environmental_stress_fracture wikiPageWikiLinkText "Environmental stress fracture".
• Environmental_stress_fracture wikiPageWikiLinkText "environmental effects on the material fracture".
• Environmental_stress_fracture wikiPageWikiLinkText "environmental".
• Environmental_stress_fracture hasPhotoCollection Environmental_stress_fracture.
• Environmental_stress_fracture wikiPageUsesTemplate Template:No_footnotes.
• Environmental_stress_fracture subject Category:Corrosion.
• Environmental_stress_fracture subject Category:Fracture_mechanics.
• Environmental_stress_fracture hypernym Name.
• Environmental_stress_fracture type Article.
• Environmental_stress_fracture type Article.
• Environmental_stress_fracture type Mechanic.
• Environmental_stress_fracture type Process.
• Environmental_stress_fracture comment "In materials science, environmental stress fracture or environment assisted fracture is the generic name given to premature failure under the influence of tensile stresses and harmful environments of materials such as metals and alloys, composites, plastics and ceramics. Metals and alloys exhibit phenomena such as stress corrosion cracking, hydrogen embrittlement, liquid metal embrittlement and corrosion fatigue all coming under this category.".
• Environmental_stress_fracture label "Environmental stress fracture".
• Environmental_stress_fracture sameAs m.0b64qx.
• Environmental_stress_fracture sameAs Q5381365.
• Environmental_stress_fracture sameAs Q5381365.
• Environmental_stress_fracture wasDerivedFrom Environmental_stress_fracture?oldid=590914881.
• Environmental_stress_fracture depiction 35remsplitneck.jpg.
• Environmental_stress_fracture isPrimaryTopicOf Environmental_stress_fracture.