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5 Werkstofftechnik

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Autor

  • Rockenhäuser, Christian (7) (entfernen)

Erscheinungsjahr

  • 2016 (7) (entfernen)

Dokumenttyp

  • Vortrag (5)
  • Beitrag zu einem Tagungsband (1)
  • Posterpräsentation (1)

Sprache

  • Englisch (6)
  • Deutsch (1)

Schlagworte

  • Microstructure (5)
  • Coarsening (4)
  • 2618A (3)
  • Dark-field transmission electron microscopy (DFTEM) (3)
  • Volume fraction (3)
  • Alloy 2618A (2)
  • Aluminium alloys (2)
  • Dark-field transmission electron microscopy (2)
  • Degradation (2)
  • S-Phase (2)
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Organisationseinheit der BAM

  • 5 Werkstofftechnik (7) (entfernen)

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Quantitative determination of microstructural parameters from TEM – Part II (2016)
Rockenhäuser, Christian
Presentation of quantitative microstructural parameter determination from Transmission electron microscopy (TEM)
Quantitative dark-field transmission electron microscopy of the microstructure evolution in a 2618A aluminum alloy during ageing (2016)
Rockenhäuser, Christian ; Skrotzki, Birgit
Quantitative Dark-Field Transmission Electron Microscopy of the Microstructure Evolution in a 2618A Aluminum Alloy During Ageing was presented and discussed.
Microstructural characterisation of ageing and creep of 2618A (2016)
Rockenhäuser, Christian
Presentation of microstructural characterisation results for alloy 2618A
Microstructural evolution of the S-phase in aluminium alloy 2618A during ageing and creep (2016)
Rockenhäuser, Christian
The degradation of alloy 2618A due to coarsening of the S-phase was investigated. Dark-field transmission electron microscopy (DFTEM) results are presented and the discussed focusing on the implications considering the degradation mechanism.
Microstructure evolution in aluminium alloy 2618 A during ageing and creep (2016)
Rockenhäuser, Christian
The Microstructure Evolution in Aluminium Alloy 2618 A during Ageing and Creep was presented and discussed.
Microstructural characterisation of ageing and creep of 2618A (2016)
Rockenhäuser, Christian
The degradation process of alloy 2618A was investigated and results especially regarding volume fractions are presented. An ageing model for the alloy is tentatively formulated. However, the presence of dislocations remains questionable.
Microstructural characterisation and creep of alloy 2618A (2016)
Rockenhäuser, Christian
Dark-field Transmission electron microscopy (DFTEM) results were obtained and presented. The results are discussed with regard to additional microstructural characterisation of the primyra Phase and creep experiments of alloy 2618A. Different methods to determine the volume fractions of precipitate phases are presented.
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