European Activity for Standardization of Industrial residual STRESS characterization

Informations projet

EASI-STRESS

N° de convention de subvention: 953219

DOI

10.3030/953219

Projet clôturé

Date de signature de la CE 2 Decembre 2020

Date de début 1 Janvier 2021

Date de fin 30 Juin 2024

Financé au titre de

• INDUSTRIAL LEADERSHIP - Leadership in enabling and industrial technologies - Advanced manufacturing and processing

Coût total

€ 4 739 735,01

Contribution de l’UE

€ 4 739 672,50

Coordonné par

TEKNOLOGISK INSTITUT
Denmark

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Livrables

Documents, reports (11)

Best practice guidelines

Concerning WP2 task 2.2Development of best practice in correlation of modeled and measured stress data. This includes details to consider during modelling and experiments and reporting formats.

Report on residual stress characterisation, AM

Concerning WP6 task 6.2Report on using residual stress characterization options for quality assessment of 3D printet metal components. It will be used as a basis for discussions with non-partner stakeholders.

Report on ontologies and complex workflows

Concerning WP3 task 3.6A report highlighting the common rationales used to define the main parameters and descriptors of the protocols developed for all techniques. This will ensure consistent instrument characterization and defines the metadata that is necessary for WP4.

Output data report

Concerning WP5 task 5.1Report on output format compatible with simulation software.

Technical report with mathematical formalisms

Concerning WP4 task 4.2A technical report with the mathematical formalisms (equations), dedicated technical drawings and diagrams that describes coordinate systems, variables, workflows for data processing, and that includes the description of the experimental parameters to be included in FE-modelling software.

Industrial service guidelines

Concerning WP5 task 5.5Final version of industrial service guidelines published.

Report on technical specifications

Concerning WP3 task 3.1A report on technical specifications as identified in collaboration with the industrial users and at the interface with WP2, WP4, and WP5.

Round robin results

Concerning WP2 task 2.3The full measurement results of the round robin samples and their comparisons are available. This includes results both from the (semi)destructive and non destructive laboratory techniques and large scale techniques and a comprehensive benchmark report comparing the different techniques.

Report on final cross-validation

Concerning WP4 task 4.4Report on final cross-validation of protocols and software.

Strategic report, novel techniques

Concerning WP3 task 3.4Strategic report on future perspectives and action plan to mature novel techniques.

Report on SOPs

Concerning WP3 task 3.2 and task 3.3Report on SOPs for instruments dedicated to bulk analysis and to near surface analysis.

Websites, patent fillings, videos etc. (1)

Project website on-line

Concerning WP7 task 7.1Project website on-line

Other (1)

Software for on-line data analysis

Concerning WP4 task 4.3Software for on-line data analysis developed

Demonstrators, pilots, prototypes (1)

Reference samples

Concerning WP2 task 2.1Reference samples with industrial relevance are designed and details on their manufacture are available.

Publications

Other (10)

D4.3 Software for on-line data analysis

Auteurs: Arnold Paecklar Thilo Pirling Tamás Szabolics Márton Markó
Publié dans: 2023
Éditeur: EU Horizon 2020 project EASI-STRESS

D3.1 Towards technical specification requirements and user advisory protocols

Auteurs: Matthew Roy Ranggi S. Ramadhan Hanna Leemreize Ennio Capria Kousika D. Rajendran Philip Withers
Publié dans: 2021
Éditeur: EU Horizon 2020 project EAsI-STRESS

D3.4 Ontologies and Complex Workflows

Auteurs: Sandra Cabeza Caroline Boudou David Canelo Yubero Ennio Capria Mohamed Fares Slim Hanna Leemreize Juan Manuel Martinez Marko Marton Arnold Paecklar Thilo Pirling Kousika Rajendran Simon Robbe Matthew Roy Peter Staron
Publié dans: 2022
Éditeur: EU Horizon 2020 project EASI-STRESS

D2.2 Best practice guidelines

Auteurs: Matthew Roy David Canelo Yubero Manuel Sanchez Poncela Romain Badyka Wen Cui Ranggi Sahmura Ramadhan Mohamed Fares Slim Hanna Leemreize
Publié dans: 2022
Éditeur: EU Horizon 2020 project EASI-STRESS

D3.2 Report on SOPs for instruments dedicated to bulk analysis and to near-surface analysis

Auteurs: Mohamed Fares Slim David Canelo-Yubero Sandra Cabeza Arnold Paecklar Thilo Pirling Thomas Buslaps Peter Staron Andrea Francesco Ciuffini Guilherme Abreu Faria Márton Markó Gyula Török
Publié dans: 2023
Éditeur: EU Horizon 2020 project EASI-STRESS

D5.1 Output data report

Auteurs: Vincent Robin
Publié dans: 2021
Éditeur: EU Horizon 2020 project EASI-STRESS

D4.2 Technical report with mathematical formalisms (equations), dedicated technical drawings and diagrams that describes coordinate systems, variables, workflows for data processing, and that includes the description of the experimental parameters to be included in FE-modelling software

Auteurs: Arnold Paecklar Thilo Pirling Ranggi Ramadan Mohamed Fahres Slim Sandra Cabeza David Canelo Yubero Peter Staron Márton Markó Matthew Roy Veijo Honkimaki Hanna Leemreize Fabien Lefebvre Eric Usmial
Publié dans: 2022
Éditeur: EU Horizon 2020 project EASI-STRESS

D2.3 Round-robin results

Auteurs: Matthew Roy David Canelo Yubero Sandra Cabeza Thilo Pirling Arnold Paecklar Peter Staron Romain Badyka Simon Robbe Hanna Leemreize Wen Cui Philipp Mayr Manuel Sanchez Poncela Romain Badyka Ranggi Sahmura Ramadhan Mohamed Fares Slim
Publié dans: 2023
Éditeur: EU Horizon 2020 project EASI-STRESS

D2.1 Reference samples

Auteurs: Matthew Roy Manuel Sánchez Poncela Romain Badyka Philipp Mayr
Publié dans: 2021
Éditeur: EU Horizon 2020 project EASI-STRESS

D6.3 Report on residual stress characterisation, AM

Auteurs: Eric Baustert Manuel Sánchez Poncela Fabien Lefebvre Nikolaj Zangenberg
Publié dans: 2023
Éditeur: EU Horizon 2020 project EASI-STRESS

Peer reviewed articles (1)

Residual Stress Determination of Cast Aluminium Benchmark Components Using Strain Relief Techniques

Auteurs: Z. Cai, P. Mayr, R. Fernandez, S. Robbe, E. Usmial, F. Lefebvre, L. To, G. S. Schajer, P. J. Withers, M. J. Roy
Publié dans: Experimental Mechanics, Numéro 64, 2024, Page(s) 441-452, ISSN 0014-4851
Éditeur: Sage Science Press
DOI: 10.1007/s11340-024-01033-5

Conference proceedings (1)

EASI-STRESS standardization of industrial residual stress measurement: benchmark specimen design

Auteurs: Wen Cui, University of Manchester Manuel Sánchez Poncela, ArcelorMittal Innovación Investigación e Inversión, S.L.U. Residencia la Granda, s/n – 44318, La Granda, Gozón, Asturias Romain Badyka, EDF Lab Les Renardières, MMC Department, Av. des Renardières, F-77250 Moret sur Loing Philipp Mayr, Nemak Linz GmbH Philip J Withers, University of Manchester Matthew J Roy, University of Mancheste
Publié dans: Proceedings: ICRS11 – 11th International Conference on Residual Stresses - Nancy – France, Numéro 27-30th March 2022, 2023
Éditeur: HAL science ouverte