Superalloys, 7.5 credits
"The PhD student should after completion of the course show knowledge and understanding to:
- why knowledge about superalloys and its corresponding metallurgy is important
- properties and advantages with superalloys
- differences in between various types of superalloys
- primary manufacturing and fabrication of superalloys
- testing methods for mechanical properties and fabrication
- suggest appropriate superalloy and explain the reason why in relation to load and temperature
- evaluate both mechanical and fabrication properties
- be able to explain and value differences and similarities for various superalloys
- be able to relate and explain selection of superalloys and evaluate its properties
- Introduction to superalloys and its applications
- Primary manufacturing
- Superalloy metallurgy
- Mechanical properties
- Fabrication methods with laboratories (Varestraint, Gleeble, Laser and TIG welding)
- Characterization of superalloys
- Superalloys and case studies regarding fabrication aspects
FACTS
CYCLE
Third cycle
ENTRY REQUIREMENTS
Accepted for research school in manufacturing engineering or equivalent.
PACE OF STUDY
Part-time
TYPE OF INSTRUCTION
On Campus
PROGRAMME/COURSE DATE
TEACHING HOURS
Daytime
APPLICATION CODE
HV-15625
START/END
From v.13 2024 to v.22 2024
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