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Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation

The literature review has been divided into three main sub-chapters. The first one is concentrated on the general information about stainless steels and their applications. It is important to perform a general overview and get an idea where the results of the present thesis could be applied. Descrip...

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Autor principal: Ortwein, Rafał
Lenguaje:eng
Publicado: 2015
Materias:
Acceso en línea:http://cds.cern.ch/record/2030209
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author Ortwein, Rafał
author_facet Ortwein, Rafał
author_sort Ortwein, Rafał
collection CERN
description The literature review has been divided into three main sub-chapters. The first one is concentrated on the general information about stainless steels and their applications. It is important to perform a general overview and get an idea where the results of the present thesis could be applied. Description of all the brands of stainless steels, their microstructures and properties are important, as similar characteristics can be found in the newly created functionally graded structures. The second sub-chapter is an overview of the most important constitutive models and the experimental results for materials that undergo plastic strain induced phase transformation. Finally, the last one is devoted to functionally graded microstructures obtained via strain induced martensitic transformation – the subject of particular importance for the present thesis. As a general note, the literature review is organized mainly in a chronological order. In some cases similar publications or publications of the same Authors were mentioned together.
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spelling cern-20302092019-09-30T06:29:59Zhttp://cds.cern.ch/record/2030209engOrtwein, RafałConstitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase TransformationEngineeringThe literature review has been divided into three main sub-chapters. The first one is concentrated on the general information about stainless steels and their applications. It is important to perform a general overview and get an idea where the results of the present thesis could be applied. Description of all the brands of stainless steels, their microstructures and properties are important, as similar characteristics can be found in the newly created functionally graded structures. The second sub-chapter is an overview of the most important constitutive models and the experimental results for materials that undergo plastic strain induced phase transformation. Finally, the last one is devoted to functionally graded microstructures obtained via strain induced martensitic transformation – the subject of particular importance for the present thesis. As a general note, the literature review is organized mainly in a chronological order. In some cases similar publications or publications of the same Authors were mentioned together.CERN-THESIS-2015-084oai:cds.cern.ch:20302092015-07-01T09:37:05Z
spellingShingle Engineering
Ortwein, Rafał
Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title_full Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title_fullStr Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title_full_unstemmed Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title_short Constitutive Model Of Graded Micro-Structure Obtained Via Strain Induced Phase Transformation
title_sort constitutive model of graded micro-structure obtained via strain induced phase transformation
topic Engineering
url http://cds.cern.ch/record/2030209
work_keys_str_mv AT ortweinrafał constitutivemodelofgradedmicrostructureobtainedviastraininducedphasetransformation