William Sjöström

Doktorand|Doctoral Student

  • Professional title: Doctoral Student
  • Academic title: Master of Science (MSc)
  • Department: Department of Quality Management and Mechanical Engineering (KMT)
  • Telephone: +46 (0)10-1428499
  • Email: william.sjostrom@miun.se
  • Room number: Q286d
  • Location: Östersund
  • Research centers: Sports Tech Research Centre
  • Employee in the subject: Mechanical Engineering

Research projects

Current

Augmented Sports

Finished

SELEKT AM

Publications

Articles in journals

Khrapov, D. , Kozadayeva, M. , Manabaev, K. , Panin, A. , Sjöström, W. , Koptyug, A. , Mishurova, T. , Evsevleev, S. & et al. (2021). Different approaches for manufacturing ti-6al-4v alloy with triply periodic minimal surface sheet-based structures by electron beam melting. Materials, vol. 14: 17    

Botero, C. A. , Şelte, A. , Ramsperger, M. , Maistro, G. , Koptyug, A. , Bäckström, M. , Sjöström, W. & Rännar, L. (2021). Microstructural and mechanical evaluation of a cr-mo-v cold-work tool steel produced via electron beam melting (Ebm). Materials, vol. 14: 11  

Conference papers

Sjöström, W. , Botero Vega, C. A. , Rännar, L. & Sundström, L. (2022). Local microstructural tailoring of the Z-direction in Electron Beam Melting. Paper presented at the Swedish arena for additive manufacturing of metals, Åre, Sweden, January 13-14, 2022.

Koptyug, A. , Botero Vega, C. A. , Sjöström, W. , Bäckström, M. , Rännar, L. & Tremsin, A. (2021). Electron Beam Melting: from Shape Freedom to Materials Properties Control at Macro- and Microscale. In Proceedings of the THERMEC 2020, Graz, Austria.. pp. 755--759.  

Koptyug, A. , Botero, C. , Sjöström, W. , Jimenez-Pique, E. , Şelte, A. , Asvik, K. , Rännar, L. & Bäckström, M. (2019). Steel-based functionally gradient materials obtained via Electron Beam Melting. In Proc. Alloys for Additive Manufacturing Symposium AAMS2019.

Rännar, L. , Botero, C. , Sjöström, W. , Melin, P. , Strandh, E. , Ledford, C. & Harrysson, O. (2019). Surface topography development of Electron beam-melted materials - a historical review. In Proceedings Euromat 2019. Stockholm :  

The page was updated 5/7/2021