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Master thesis in Material characterization of additive manufactured lattice structures

Finspang, Sweden
Research & Development

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English (UK)

Job Description



Master Thesis at Siemens Industrial Turbomachinery AB in Finspång, Sweden


Join us on our journey into the future #FutureMakers#Siemens

Be part of an open and dynamic workplace where professional and personal development is high on the agenda. By making sustainable energy solutions more cost effective, developing new technologies for the future's smart industry and electrifying passenger and freight transport, we make reality of our vision of a sustainable world.


Master thesis proposal (20 weeks)

Material characterization of additive manufactured lattice structures

Siemens Industrial Turbomachinery AB has worked with additive manufacturing for several year and is today one of the pioneers in the area. Additive manufacturing is used as a complement to the traditional production methods, and is not just limited to rapid prototyping, but also used for serial manufacturing.

We are using one of the additive manufacturing techniques, laser powder bed fusion (LPBF), also known as selective laser melting (SLM) or direct metal laser sintering (DMLS). The material is produced layer by layer with a laser as the energy source. The techniques could be used to produce different kinds of stainless steels, titanium alloys, tool steels, but also superalloys.

Additive manufacturing enables braver and more complex designs for tailored advanced cooling schemes in gas turbine components. Lattice and porous structures manufactured by 3D printing have a large potential as they can be used for transpiration cooling. Siemens Industrial Turbomachinery AB is currently exploring this kind of geometries and the offered master thesis is part of this research.

The challenge

  • The first part of the thesis consists of a literature study where the student becomes familiar with different types of lattices, 3D printing processes and high temperature superalloys available for additive manufacturing.
  • The second and main part of the thesis is to be carried out in the material laboratory. Lattice structures of different types shall be characterized and analyzed, involving cut-ups and sample preparation, microscopy and testing. The effect of post processing steps, such as heat treatment, on the lattices should be analyzed, as well as evaluating print repeatability. The results will be correlated to available flow test data obtained from measurements carried out with the same lattice samples.

To finalize, all results and learnings must be described in a written report and presented to the Siemens community.

Who are you?

  • Student of Master degree in mechanical engineering, materials science or similar.
  • Knowledge about design for additive manufacturing and materials/metals for 3D printing is meritorious but not mandatory.
  • A well-driven person with a problem solving mindset.
  • Good English language skills are required for this job.


About Siemens

If you’re excited to shape the innovations of tomorrow, we want to hear from you. You’ll join 372,000 of the smartest minds all working together to build a better future. See more on Siemens.se

Application

Do not hesitate - apply today via siemens.se ref.nr. 81115 and no later than December 14, 2018.

You will receive an hourly salary and will be based in Finspång, Sweden.  For questions about the role please contact Sara Rabal Carrera +46 (0)122 84698 (sara.rabal@siemens.com) or Linnéa Tingö tel. +46 (0)122 82032 (linnea.tingoe@siemens.com). For questions about the recruitment process contact Malin Tallberg, tel. +46 (0)122 81381.

Trade Union representatives:
Christine Lindström, Unionen, 0122-817 28
Simon Bruneflod, Sveriges Ingenjörer, 0122-842 24
Jan Lundgren, Ledarna, 0122-812 33
Kenth Gustavsson, IF Metall, 0122-815 25

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In this recruitment we renounce all calls relating to advertising and recruitment support.


Job ID: 81115

Organisation: Power and Gas

Experience Level: Student (Not Yet Graduated)

Job Type: Either





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