Publications
Swerim continuously publish scientific articles, reports, conference proceedings, manuals and many other publications within our fields of expertise. Many (not all) of these are available for download below. If you seek a specific publication you may also send a mail to: info [at] swerim.se.
If you do not find what you are looking for below, you can search in the DiVA portal, a finding tool and an institutional repository for research publications and student theses written at universities and research instituts. Link to the portal.
| Publikation | Författare | År | Typ | |
|---|---|---|---|---|
| Additive manufacturing of metals | Download | Swerim | 2019 | Brochures |
| Additiv manufacturing of metals. Materials Solutions – from powder to product. | ||||
| Annual Report 2018 | Download | Swerim | 2019 | Financial information |
| No abstract available. | ||||
| Fluidized bed pilot plant | Download | Swerim | 2019 | Brochures |
| The fluidized bed process presents good potential for utilizing raw materials that have a higher content of pollutants. With our advanced pilot facility and the knowledge centre FLUBET, we wish to secure a world-leading position as a developer of metallurgical processes in large pilot scale. | ||||
| GLUS® – GLEEBLE & LUS | Download | Mikael Malmström | 2019 | Brochures |
| Swerim has developed a technique which makes it possible to investigate microstructural conditions such as grain size, texture and phase transformations in-situ during heating and/or deformation. GLUS® is a combination of in-situ measurements with LUS (laser ultrasonics) during testing in a thermomechanical annealing simulator (GLEEBLE). | ||||
| Guideline – How to measure current, voltage and arc power in arc welding | Download | Kjell-Arne Persson and Alexander Lundstjälk | 2019 | Reports |
| No abstract available. | ||||
| Modelling and materials science | Download | Swerim | 2019 | Brochures |
| A greater degree of specialization strengthens the competitiveness of steel and metal companies. Product and materials engineering, demands on high and consistent quality, high material yield and energy efficiency place greater demands on processes. The ability to control every aspect of the process demands accurate, reliable simulations. Swerea MEFOS has its own computational capacity, a Linux cluster with about 200 cores that enables shorter simulation times for large-scale models. Simulation results can be verified in our pilot-plant facilities. | ||||
| Pilot Plant Equipment | Download | Swerim | 2019 | Brochures |
| No abstract available. | ||||
| Pretreatment and agglomeration | Download | Swerim | 2019 | Brochures |
| Our agglomeration lab provides the industry with research and development services in agglomeration and pretreatment. This includes everything from product development of fine-grained raw materials to recycling of metal-bearing residual products such as sludges and dust. Higher material efficiency is ever more important. | ||||
| Process integration - a holistic perspective | Download | Swerim | 2019 | Brochures |
| No abstract available. | ||||
| Additiv manufacturing of metals - Materials Solutions – from powder to product | Download | Annika Strondl | 2018 | Brochures |
| We offer services throughout the value chain – from design and processing of powder materials to components. We boost up your development needs and are your support for efficient manufacturing and alternative materials choices. | ||||
| Advanced mechanical testing | Download | Taina Vuoristo | 2018 | Brochures |
| No abstract available. | ||||
| Report database, Swerim | Swerim | 2018 | Reports | |
| Open reports from Swerim. | ||||
| Virtual methods | Download | Niclas Stenberg | 2018 | Brochures |
| No abstract available. | ||||
| Thermo physical laboratory | Download | Peter Andersson, Taina Vuoristo | 2016 | Brochures |
| No abstract available. | ||||
| Steel and its Heat treatment - a handbook | Torsten Holm, Pelle Olsson, Eva Troell | 2010 | Books | |
| The book “Steel and it’s heat treatment – a handbook” covers everything from metallography, grades of steel, heat treatment processes and material testing to the equipment used, associated processes, safety and the environment. Examples of heat treatment methods dealt with are case hardening, induction hardening, nitriding processes, tempering and annealing. | ||||