Markus Uhlirsch Email & Phone Number

Stockholm, Stockholm County, Sweden

• Characerization of materials in lab and industrial environments
• Chemical analyises (FTIR, C/S-measurements), XRF
• Thermogravimetric analysis TGA
• Calcination and standard reactivity testing of mineral powders
• Particle size distribution
• Flowability and packing propertiesFurther tasks

Stockholm, Sweden

• Laboratory work, reporting and project management in the fields of:
• Hydrogen embrittlement: Thermal Desorption Spectroscopy TDS / TDMS, cathodic charging, etc.
• Wet corrosion: Electrochemical critical pitting temperature testing, stress corrosion cracking resistance tests, assisting synchrotron beamline measurements, such as:
• https://www.maxiv.lu.se/news/ssab-observes-the-stability-and-chemical-composition-of-surface-oxides-on-wear-resistant-steels/
• … Show more Laboratory work, reporting and project management in the fields of:
• https://www.maxiv.lu.se/news/can-additively-manufactured-steel-be-more-corrosion-resistant/

Stockholm, Sweden

• Electron beam powder bed fusion (PBF-EB) and related project management:
• Process parameter and materials development
• Manufacturing incl. build preparation, optimization, maintenance, troubleshooting, evaluation, post-processing
• Sample preparation and analysis of additively manufactured samples (density, microstructure, etc.)
• Attendance of exhibitions and conferences
• Product presentations, reports and customer contactLeveraging the characterization of metal… Show more Electron beam powder bed fusion (PBF-EB) and related project management:

Stockholm, Sweden

Swerea KIMAB merged with Swerea MEFOS and turned into Swerim AB.The description of the tasks is noted at the section about the work at Swerim AB.

Stockholm, Sweden

• Comparison of IN718 powders from different producters in the electron beam powder bed fusion additive manufacturing process (PBF-EB)
• Characterization of metal powders with regards to their physical, chemical and rheological properties
• Mechanical testing and microstructure analysis of printed samples

Stockholm, Sweden

• Comissioning of a new measurement device for flowability and density measurements of powders
• Comparison of various techniques for measuring properties of powders used for metal additive manufacturing
• Instruction of machine operators
• Creating internal standards, operation manuals and result sheets involving macros for working with the device

Bremen Area, Germany

• Development of a testing device for analyzing the properties of powders for additive manufacturing
• Comparative analysis of different test approaches
• Development of components and the mechanical design
• Coordination of the workshop activities for the manufacturing tasks

Bremen Area, Germany

• Characterization of metal powders for additive manufacturing in terms of:Flowability and packing analysis using the dynamic and static methods
• Development of a device/technique for the measuring powder properties
• Adapting measurement equipment for special testing
• Assistance in writing publications
• Presenting scientific and technical results internally, both in oral and written communication

Bremen Area, Germany

• Laser beam powder bed fusion with metal powders (PBF-LB)
• Characterization of metal powders for additive manufacturing in terms of:Static and dynamic flowability properties, various packing characteristics, comparative investigations, etc.
• Creating test plans and evaluating the results

Dresden Area, Germany

• Additive manufacturing of metals via 3D-screen printing
• Preparation and analysis of slurries for printing
• Designing, performing, analyzimg, documenting and presenting the application of the slurries
• Analysis of printed samples (amongst others by mechanical testing)
• Reporting of test results

Aalen Area, Germany

• Characterization of the aging-behavior of lithium-ion batteries
• Sampling under inert atmosphere
• Sample preparation (embedding, polishing, etc.)
• Sample analysis, amongst others by light optical microscopy
• Comparison of the results to the state of the art

Aalen Area, Germany

• Conventional and CNC milling and turning (programming / machining)
• Production and assembly of components for special devices
• Manual metal working (filing, engraving etc.)
• Training in different departments of the company, such as grinding, assembly and gear milling
• The practical education was accompanied by theoretical training at a vocational school.Kessler+Co develops and produces complete drivetrain systems including planetary axles, wheel drives, and gearboxes… Show more
• The practical education was accompanied by theoretical training at a vocational school.Kessler+Co develops and produces complete drivetrain systems including planetary axles, wheel drives, and gearboxes for various.

Master Of Science (M.Sc.), Product Engineering; Specialization: Materials Science

Bachelor Of Engineering (B.Eng.), Surface Technology And Materials Science, 1,4