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Metodología para contemplar tensiones residuales en componentes de acero tratados térmicamente por temple y revenido.pdf (547.1Kb)
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Title
Metodología para contemplar tensiones residuales en componentes de acero tratados térmicamente por temple y revenido
Author
Telleria, Xuban
Cortabitarte Laucirica, Gurutz
Iglesias, Asier
Esnaola, Jon Ander
Llavori, Inigo
Martinez Agirre, Manex
Ugarte, Done
Anglada, E.
Arribas, M.
Gutierrez, T.
Research Group
Diseño y mecánica estructural
Other institutions
Tecnalia
Version
Preprint
Access
Embargoed access
URI
https://hdl.handle.net/20.500.11984/6835
xmlui.dri2xhtml.METS-1.0.item-identifier
https://gef.es/wp-content/uploads/2024/02/revista-espanola-mecanica-fractura-vol5-junio2023.pdf
Published at
Revista Española de Mécanica de la Fractura  Vol. 5. Pp. 157-162. Junio, 2023
xmlui.dri2xhtml.METS-1.0.item-publicationfirstpage
157
xmlui.dri2xhtml.METS-1.0.item-publicationlastpage
162
Publisher
Sociedad Española de Integridad Estructural - Grupo Español de Fractura SEIE-GEF
Keywords
tensiones residuales
Modelización
Temple y revenido
Residual stresses ... [+]
tensiones residuales
Modelización
Temple y revenido
Residual stresses
Modelling
Quenching and annealing
ODS 4 Educación de calidad
ODS 9 Industria, innovación e infraestructura [-]
Subject (UNESCO Thesaurus)
Electromagnetism
UNESCO Classification
Mechanical technology and engineering
Abstract
Steel is currently used in various sectors as a structural material. This type of steel is subjected to heat treatments, mainly quenching and annealing, with the aim of modifying its microstructure an ... [+]
Steel is currently used in various sectors as a structural material. This type of steel is subjected to heat treatments, mainly quenching and annealing, with the aim of modifying its microstructure and increasing its mechanical strength. However, the cooling strategies used today in the industry lead to non-uniform cooling of the components. This has a direct impact on the generation of residual stresses and distortions in the components. Therefore, it is of vital importance to develop a numerical methodology to predict the non-homogeneous mechanical properties along the structural component, as well as the residual stresses generated. In this way, this methodology allows the non-homogeneous characteristics of the structural components to be predicted, so that they can be taken into account in subsequent in-service behaviour analyses. [-]

Actualmente, el acero se utiliza en diversos sectores como material estructural. Este tipo de aceros es sometido a tratamientos térmicos, temple y revenido principalmente, con el objetivo de modificar ... [+]
Actualmente, el acero se utiliza en diversos sectores como material estructural. Este tipo de aceros es sometido a tratamientos térmicos, temple y revenido principalmente, con el objetivo de modificar su microestructura y aumentar su resistencia mecánica. Sin embargo, las estrategias de enfriamiento empleadas hoy en día en la industria conllevan enfriamientos no uniformes de los componentes. Este hecho tiene un impacto directo en la generación de tensiones residuales y distorsiones en los componentes. Por lo tanto, es de vital importancia desarrollar una metodología numérica que permita predecir las propiedades mecánicas no homogéneas a lo largo del componente estructural y tensiones residuales generadas. De esta manera, esta metodología permite predecir las características no homogéneas de los componentes estructurales, para así poder contemplarlas en posteriores análisis de comportamiento en servicio. [-]
Funder
Gobierno Vasco
Program
Elkartek 2021
Number
KK-2021-00022
Award URI
Sin información
Project
Metodología de modelización multi-escala proceso-microestructura-propiedades-desempeño para la agilización del diseño de materiales, procesos y componentes metálicos en la industria vasca (ICME)
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