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Austenitic stainless steel

Austenitic stainless steel is one of the five families of stainless steel (along with ferritic, martensitic, duplex and precipitation hardened). Its primary crystalline structure is austenite (face-centered cubic). Such steels are not hardenable by heat treatment and are essentially non-magnetic. This structure is achieved by adding enough…

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Thermomechanical Properties of Austenitic Stainless Steel

MicrostructureNickelCrystal structureFerriteSmelting
12 related topics

History

World War IIHarnischfeger CompanyA.O. Smith Corporation
3 related topics

Heat resisting austenitic stainless steels

CreepSilicon310Nondestructive testingDye penetrant inspection
7 related topics

AISI 200 and 300 series

MolybdenumCrevice corrosionAlloy 20Sulfuric acidNiobium
5 related topics

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Overview

History

AISI 200 and 300 series

Heat resisting austenitic stainless steels

Precipitation Hardening grade EN 1.4980

Thermomechanical Properties of Austenitic Stainless Steel

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Austenitic stainless steel

Nodes44
Edges43
Triples31
Avg. degree1.95
Density0.045455
Components1

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Austenitic stainless steel

Top relations

related to Thermomechanical Properties of Austenitic Stainless Steel · 12
Austenitic stainless steel → Above, BCC, By, Carbon, Cr2O3, Due, FCC, The, This, Thus, Under, While
related to AISI 200 and 300 series · 8
Austenitic stainless steel → A2, A4, Austenitic, In, Some, The, This, Type
related to External links · 3
Austenitic stainless steel → Austenitic, Decroix, Jean

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Important terminology

stainless austenitic structure steel steels nickel crystal type temperature resistance dislocations series also heat austenite used temperatures fcc corrosion chromium

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
nickelinstance ofThis structure is achieved by adding enough austenite-stabilizing elements0.80text
manganeseinstance ofThis structure is achieved by adding enough austenite-stabilizing elements0.80text
nitrogeninstance ofThis structure is achieved by adding enough austenite-stabilizing elements0.80text
cerium increase the stability of the oxide film.Type 309instance ofRare earth elements0.80text
310 are used in high temperature applications greater than 800instance ofRare earth elements0.80text
titanium or niobiuminstance ofThe formation of damaging carbides can be discouraged via the addition of elements that favor carbide formation0.80text
as these will bond with carbon rather than chromium.The FCC structure of austenite confers ductility to stainless steelinstance ofThe formation of damaging carbides can be discouraged via the addition of elements that favor carbide formation0.80text
as the slip planes permit dislocations to move easily via the glide mechanisminstance ofThe formation of damaging carbides can be discouraged via the addition of elements that favor carbide formation0.80text
Austenitic stainless steelrelated to AISI 200 and 300 seriesAustenitic0.60section
Austenitic stainless steelrelated to AISI 200 and 300 seriesIn0.60section
Austenitic stainless steelrelated to AISI 200 and 300 seriesThe0.60section
Austenitic stainless steelrelated to AISI 200 and 300 seriesThis0.60section

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