Mechanical Metallurgy Course
This Mechanical Metallurgy Course equips you with essential knowledge on turbine blade reliability, covering failure modes such as low-cycle fatigue, high-cycle fatigue, and creep in nickel-based superalloys. You will master high-temperature material behaviour, stress-strain analysis under service conditions, deformation mechanisms, test specification per international standards, microstructural evaluation, and practical design checks for safety assessment. Gain confidence in making data-driven decisions for metallurgical engineering applications in harsh environments like turbine operations.

from 4 to 360h flexible workload
valid certificate in your country
What will I learn?
Gain a targeted skill set in mechanical metallurgy focused on turbine blade failure analysis, nickel superalloy performance at elevated temperatures, and interpreting stress-strain data under real service loads. Master deformation processes, essential design verifications, safety evaluations, test planning, and microstructural analysis to support informed material selections.
Elevify advantages
Develop skills
- Diagnose turbine blade failures by spotting low-cycle fatigue, high-cycle fatigue, creep, and creep-fatigue risks.
- Interpret nickel superalloy data swiftly from S-N curves, creep charts, and technical datasheets.
- Extract key design values like yield strength, proof strength, and safety margins from stress-strain curves.
- Plan high-temperature tests including tensile, creep, low-cycle fatigue, and thermal-mechanical fatigue following ASTM and ISO standards.
- Estimate component life and safe limits using fatigue and creep analysis methods for turbine blades.
Suggested summary
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