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Statements

Subject Item
dbr:Slip_bands
rdfs:label
Slip bands
rdfs:comment
Formation of slip bands indicates a concentrated unidirectional slip on certain planes causing a stress concentration. Typically, slip bands induce surface steps (e.g., roughness due persistent slip bands during fatigue) and a stress concentration which can be a crack nucleation site. Slip bands extend until impinged by a boundary, and the generated stress from dislocation pile-up against that boundary will either stop or transmit the operating slip.
foaf:depiction
n5:AFMimageforslipband.png n5:Slip_bands.jpg n5:FR10G-1.gif n5:S4_loaded_slip_band.gif n5:Set_of_micrographs_showing_PSBs.jpg
dcterms:subject
dbc:Materials_science
dbo:wikiPageID
71906761
dbo:wikiPageRevisionID
1123385597
dbo:wikiPageWikiLink
dbr:Strain_(mechanics) n4:Set_of_micrographs_showing_PSBs.jpg dbr:Crystal_twinning dbr:J-integral n4:Schematic_of_a_slip_band.tif dbr:Fatigue_(material) dbr:Configurational_mechanics n4:AFMimageforslipband.png dbr:Deformation_twinning dbr:Deformation_(physics) dbc:Materials_science dbr:Slip_bands dbr:Aluminium_alloy_inclusions n4:Slip_bands.jpg dbr:Patterns dbr:James_R._Rice dbr:Noether's_theorem dbr:James_Stark_Koehler dbr:Invariant_(mathematics) dbr:Energy_release_rate_(fracture_mechanics) dbr:Dislocation dbr:Stress_(mechanics) dbr:Dislocation_avalanches dbr:Avalanche dbr:Austenite dbr:Transmission_electron_microscopy n4:S4_loaded_slip_band.gif dbr:Slip_(materials_science) n4:PSBStructure.tif dbr:Persistent_slip_bands dbr:Deformation_(engineering) dbr:Materials_Science dbr:Grain_structure dbr:Dislocations dbr:Fracture dbr:Grain_boundary dbr:Critical_resolved_shear_stress n4:FR10G-1.GIF dbr:Frank–Read_source dbr:Grain_boundaries
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dbp:wikiPageUsesTemplate
dbt:Reflist dbt:Lead_rewrite dbt:Short_description
dbo:thumbnail
n5:S4_loaded_slip_band.gif?width=300
dbp:date
November 2022
dbp:reason
The lead does not actually explain what a slip band IS, and is generally far too technical
dbo:abstract
Formation of slip bands indicates a concentrated unidirectional slip on certain planes causing a stress concentration. Typically, slip bands induce surface steps (e.g., roughness due persistent slip bands during fatigue) and a stress concentration which can be a crack nucleation site. Slip bands extend until impinged by a boundary, and the generated stress from dislocation pile-up against that boundary will either stop or transmit the operating slip. Formation of slip bands under cyclic conditions is addressed as persistent slip bands (PSBs) where formation under monotonic condition is addressed as dislocation planar arrays (or simply slip-bands, see Slip bands in the absence of cyclic loading section). Slip-bands can be simply viewed as boundary sliding due to dislocation glide that lacks (the complexity of ) PSBs high plastic deformation localisation manifested by tongue- and ribbon-like extrusion. And, where PSBs normally studied with (effective) Burger’s vector aligned with extrusion plane because PSB extends across the grain and exacerbate during fatigue; monotonic slip-band has a Burger’s vector for propagation and another for plane extrusions both controlled by the conditions at the tip.
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wikipedia-en:Slip_bands?oldid=1123385597&ns=0
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42635
foaf:isPrimaryTopicOf
wikipedia-en:Slip_bands