CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
The 2nd report on electromagnetic properties of developed and refined alloys describes (i) the interim results of electrical resistivity properties of powders, melt-spun ribbons, as-cast specimens and additive manufactured parts, (ii) the interim results of the experimental studies of the basic and advanced magnetic parameters of the same materials listed in part (i), and (iii) the interim evaluation study of the relationship between magnetic properties-alloy variation-processing method.
3rd Report on physical properties of developed alloys (opens in new window)The 3rd and last report on physical properties of finally optimized alloys summarises the project’s results in terms of (i) structural and microstructural properties, (ii) thermal properties, (iii) mechanical properties, and (iv) electromagnetic properties for the finally optimized alloy compositions in as-spun and as-cast conditions.
2nd Report on alloying technology development (opens in new window)The 2nd and final report of alloying technology development describes (i) the finally optimized processing techniques developed at the laboratory-scale for the preparation of master alloys (pre-alloying), amorphous melt-spun ribbons, and as-cast bulk metallic glasses, and (ii) the results of the study of the influence of raw elements purity for the preparation of the materials listed in point (i).
1st Report on the relationship between SLM processing, micro/structure and materials properties of simple geometry specimens (opens in new window)The 1st report on the relationship between selective laser melting SLM processing microstructure structure and macroscopic materials properties of simple geometry specimens is based on the combined consortium results of i structural and microstructural studies ii thermal analyses iii electromagnetic studies iv macromicromechanical testing
1st Report of guidelines for new standards for magnetic testing (opens in new window)The 1st report on guidelines for new standards for magnetic testing describes the activities carried out to generate guidelines for new standard testing of magnetic core performance of motor soft magnetic components produced by additive manufacturing of amorphous metals.
1st Report on TPF studies and materials properties (opens in new window)The 1st report on thermoplastic forming TPF studies and materials properties summarises the firstyear results of i TPFability of amorphous powder and ascast metallic glasses and ii mechanical testing of the first sets of TPF specimens
2nd Report on TPF studies and materials properties (opens in new window)The 2nd and last report on thermoplastic forming (TPF) studies and materials properties consists of a summary of the study of the TPF ability using amorphous samples in form of powders, as-cast and additive manufactured samples.
1st Report on physical properties of developed alloys (opens in new window)The 1st report on physical properties of developed alloys in ascast conditions describes the firstyear results in terms of their i structural and microstructural properties ii thermal properties iii mechanical properties and iv electromagnetic properties
2nd Report on prototype magnetic performance using IEC standards (opens in new window)The 2nd report on prototype magnetic performance using IEC standards describes (i) the interim results of magnetic core performance testing of complex parts, and (ii) interim results on the energy efficiency reliability and sustainability study.
3rd Documentation of machine performances (opens in new window)This final report on machine performance is expected to demonstrate the reduction of internal losses in a compact electric machine which would be the achievement of the main project goal and represents the final Milestone 7: “Viability of AM2SoftMag technology: ‘Proof-of-concept’”. By determining the efficiency of the AM SMM-based machine in comparison to one based on conventional SMM components, it will be possible to project the energy saving potential of the new SLM material based on the development achievements of the AM2SoftMag project.
1st Report on alloying technology development (opens in new window)The 1st report of alloying technology development describes i the processing techniques developed at the laboratoryscale for the preparation of masteralloys prealloying meltspinning and casting and ii the first results from the study of the influence of purity of raw elements to the processing ability
1st Report of electromagnetic properties of developed alloys, including magnetic properties vs. processing method assessment (opens in new window)The 1st report on electromagnetic properties of first year developed alloys describes i the results of electrical resistivity properties of powders meltspun ribbons ascast specimens and additive manufactured specimens ii the results of measurements of the basic and advanced magnetic parameters of the same materials listed in part i and iii a first evaluation of magnetic properties versus alloy variation versus processing method
1st Report on processing protocols for powder production & powder properties (opens in new window)The 1st report on processing protocols for powder production and powder properties summarises i the firstyear activities to optimize gas atomisation protocols for powder batches sizes of max 5 Kg and ii the firstyear powder characterisation results in terms of size shape apparent density and flowability
2nd Report on the relationship between SLM processing, micro/structure and materials properties of simple geometry specimens (opens in new window)2nd report on the relationship between selective laser melting (SLM) processing, micro/structure and materials properties of simple geometry specimens based on consortium results of (i) structural and microstructural studies, (ii) thermal analyses, (iii) electromagnetic studies, and (iv) macro/micro-mechanical testing. This report will provide a first comprehensive experimental assessment of the relationship between SLM processing and intrinsic materials properties, which fulfils Milestone 3.
Report on properties of large powder batches (opens in new window)Report on properties and characteristics of larger batches of powders in terms of their chemical composition, phase composition, structure, homogenity and contamination as well as particle size distribution and sphericity.
2nd Report on processing protocols for powder production and powder properties (opens in new window)The 2nd and last report on processing protocols for powder production and powder properties of batches up to 5Kg summarises the (i) powder production activities, and (ii) powder characterisation results in terms of size, shape, apparent density and flowability.
1st Documentation of machine performances (opens in new window)Each completed electric machine involvingAMamorphous SMM components will be investigated with respect to its performance and efficiency using available motor test stands The documentation of machine performances should support the comparison with electric machines based on conventional SMM components and emphasize any improvements such asincreasedefficiency
2nd report of guidelines for new standards for magnetic testing (opens in new window)The 2nd and last report on guidelines for new standards for magnetic testing provides a proof that Milestone 5: “Guidelines for standard magnetic testing for AM2SoftMag Soft Magnetic Materials (SMM)” is achieved. This report describes (i) the identified limitations, if any, of the current international measuring standards (e.g., the IEC 60404 series) for standard testing of the magnetic core performance of motor components produced via additive manufacturing of amorphous alloys, and (ii) identified revision procedures (guidelines) to be suggested to the attention of the National IEC Committees.
3rd Report of electromagnetic properties of developed alloys, including magnetic properties vs. processing method assessment (opens in new window)The 3rd and last report on electromagnetic properties of developed alloys summarises (i) the project-related results of alloy electrical resistivity properties, and (ii) the measurements of basic and advanced magnetic parameters of developed alloys and provides (iii) final assessment of the relationship between magnetic properties-alloy composition-processing method.
Report on properties of small batches of powders produced via different techniques (opens in new window)Summary of properties of small batches of powders produced via different techniques that will include different heat sources i) induction, ii) plasma. Comparison of the powders according to requirements and suitability for Additive Manufacturing
3rd Report on the relationship between SLM processing, micro/structure and materials properties of simple geometry specimens (opens in new window)The 3rd and last report on the relationship between selective laser melting (SLM) processing, micro/structure and materials properties of simple geometry specimens provides the final assessment for this relationship, based on consortium results of (i) structural and microstructural studies, (ii) thermal analyses, (iii) electromagnetic studies, and (iv) macro/micro-mechanical testing.
2nd Documentation of machine performances (opens in new window)An update of D7.4 including new performance tests and documenting new designs.
A brief documentation with text and photos will accompany each completed electric machine prototype
Proof of website creation and project logo set up by the project coordinator to act as a hub for the network with open access sections in order to raise awareness and to communicate important results and achievements
Publications
Author(s):
Klein Carsten, Thorsson Lena, May Christopher, Nienhaus Matthias
Published in:
2024 International Conference on Electrical Machines (ICEM), 2024, ISSN 2473-2087
Publisher:
IEEE
DOI:
10.22028/D291-44667
Author(s):
Amirhossein Ghavimi, Maryam Rahimi Chegeni, Lucas Ruschel, Bastian Adam, Marcos Rodríguez-Sánchez, Maria Teresa Perez-Prado, Isabella Gallino, Ralf Busch
Published in:
Materials Today Communications, Issue 51, 2026, ISSN 2352-4928
Publisher:
Elsevier BV
DOI:
10.1016/J.MTCOMM.2026.114741
Author(s):
S. Sadanand, M. Rodríguez-Sánchez, A. Ghavimi, R. Busch, P. Sharangi, P. M. Tiberto, E. Ferrara, G. Barrera, L. Thorsson, H. J. Wachter, I. Gallino, M. T. Pérez-Prado
Published in:
Journal of Laser Applications, Issue 36, 2024, ISSN 1042-346X
Publisher:
Laser Institute of America
DOI:
10.22028/D291-44532
Author(s):
Lena Thorsson, Mattias Unosson, María Teresa Pérez-Prado, Xueze Jin, Paola Tiberto, Gabriele Barrera, Bastian Adam, Nico Neuber, Amirhossein Ghavimi, Maximilian Frey, Ralf Busch, Isabella Gallino
Published in:
Materials & Design, Issue 215, 2022, ISSN 0264-1275
Publisher:
Elsevier BV
DOI:
10.22028/D291-38103
Author(s):
M. Rodríguez-Sánchez, A.D. Boccardo, S. Sadanand, A. Ghavimi, R. Busch, P. Sharangi, E. Ferrara, G. Barrera, P. Tiberto, D. Tourret, I. Gallino, M.T. Pérez-Prado
Published in:
Additive Manufacturing, Issue 110, 2025, ISSN 2214-8604
Publisher:
Elsevier BV
DOI:
10.1016/J.ADDMA.2025.104922
Author(s):
M. Rodríguez-Sánchez, S. Sadanand, A. Ghavimi, R. Busch, P. Tiberto, E. Ferrara, G. Barrera, L. Thorsson, H.J. Wachter, I. Gallino, M.T. Pérez-Prado
Published in:
Materialia, Issue 35, 2024, ISSN 2589-1529
Publisher:
Elsevier B.V
DOI:
10.22028/D291-44534
Author(s):
C. Garrote-Junco, A. Ghavimi, R. Busch, M.T. Pérez-Prado, M. Rodríguez-Sánchez
Published in:
Additive Manufacturing Letters, Issue 15, 2025, ISSN 2772-3690
Publisher:
Elsevier BV
DOI:
10.1016/J.ADDLET.2025.100345
Author(s):
Carsten Klein; Christopher May; Matthias Nienhaus
Published in:
Actuators, Issue 13, 2024, ISSN 2076-0825
Publisher:
Actuators
DOI:
10.22028/D291-41820
Author(s):
S. Sadanand, A.D. Boccardo c , B. Yang, M. Rodríguez-Sánchez, A. Ghavimi, R. Busch, I. Gallino, M.T. Pérez-Prado
Published in:
Additive Manufacturing, 2026, ISSN 2214-8604
Publisher:
Science Direct
DOI:
10.22028/D291-47461
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