SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power
University of Southampton · England · SESA6090
SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power is a subject at University of Southampton, England. It covers topics like aerospace-engineering, engineering-design, engineering-mathematics, structural-engineering. It is part of 1 degree. The information below is compiled from public course material — approximate, not official.
University of Southampton
SESA6090
3.00
Topics covered
Degrees that include SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power
Frequently asked questions
What is SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power about?
SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power covers topics like aerospace-engineering, engineering-design, engineering-mathematics, structural-engineering.
Which degrees include SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power?
SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power is part of 1 degree, including MEng Aerospace Electronic Engineering Typical offer: A*AA UCAS course code: H402 Duration: 4 years.
How many credit points is SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power?
SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power at University of Southampton is typically around 3.00 credit points. Approximate — confirm with the university.
Where is SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power taught?
SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power is taught at University of Southampton, England.
Studying SESA6090 2030-31 High-Temperature Structural Degradation and Finite Element Modelling This Level 7 module provides advanced theoretical understanding and computational modelling skills to assess high-temperature structural degradation in aerospace, power?
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Sources: University of Southampton public course catalogue. Information is compiled and summarised — not copied verbatim — and is approximate; always confirm with the original source.
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