Master Thesis: Modelling of rapid solidification processes (e.g. atomizatio

The research institute Swerim provides applied research within mining engineering, process metallurgy and materials and manufacturing engineering, mainly for the mining, steel and metals industry. Swerim has 200 co-workers in two locations in Sweden - Luleå and Stockholm.

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For many years, development of atomizers and agglomeration equipment has relied on suppliers instead of producers. This has led to a lack of knowledge about design and operation of atomizers (gas or water) and granulation/agglomeration (e.g. slag granulation) equipment. Thus, the know-how remains at the equipment supplier and not in the final user.   
 
Swerim aims at supporting manufacturers in the design, development, and pilot testing of atomizing and granulation processes by providing experimental and numerical modeling tools to improve the knowledge and regain control of the process including development of nozzles and optimization of the operation window in order to increase yields and flexibility to produce new alloys as well as recycling waste materials.

Required qualifications
The student should be interested in Computational Fluid Dynamics (e.g. ANSYS Fluent), CAD drawing, Data Processing, Visualization of results and Programming. A good knowledge of flow mechanics (especially supersonic flows in convergent-divergent nozzles and multi-phase flows), turbulence and transport phenomena is advantageous.

Students are expected to benefit from familiarization with industrial research projects including discussions with researchers and technical staff as well as communication with international partners including visits to manufacturers.

The results are part of multi-national European projects and projects with local producers where Swerim provides access to a state-of-art computational cluster and experimental facilities such as (pilot atomizer and rotating disc).

Project timeline

Further information
Swerim rewards the student with 50 000 SEK for an approved master thesis (30hp).  

Application
Apply by using the application function below. You will receive a confirmation that Swerim has received your application. Please note that we fill the thesis as soon as we find a suitable applicant, which means we can fill the position before the deadline.

The work is planned to start  January 2, 2023 at Swerim in Luleå.

Contact
For further information about project, please contact: 
Pavel E. Ramirez Lopez, pavel.ramirez.lopez@swerim.se