Detail publikace

Application of Laser Beam Scattering Method to the Analysis of Fatigue Damage Evolution

POKLUDA, J. UNČOVSKÝ, M.

Anglický název

Application of Laser Beam Scattering Method to the Analysis of Fatigue Damage Evolution

Typ

článek ve sborníku ve WoS nebo Scopus

Jazyk

en

Originální abstrakt

Periodic and random surface roughness of cyclically loaded specimens was under investigation. Specimens of ferritic and austenitic steels were measured using new optical method based on laser light scattering on rough surfaces. Measured dependencies of autocorrelation length of surface T on relative number cycles N/Nf indicate an onset of a stable extrusion/intrusion relief on the specimen surface caused by fatigue process.

Anglický abstrakt

Periodic and random surface roughness of cyclically loaded specimens was under investigation. Specimens of ferritic and austenitic steels were measured using new optical method based on laser light scattering on rough surfaces. Measured dependencies of autocorrelation length of surface T on relative number cycles N/Nf indicate an onset of a stable extrusion/intrusion relief on the specimen surface caused by fatigue process.

Rok RIV

1999

Vydáno

08.06.1999

Nakladatel

EMAS

Místo

Beijing, China

ISBN

1-901537-1

Kniha

Fatigue '99

Počet stran

6

BIBTEX


@inproceedings{BUT499,
  author="Jaroslav {Pokluda} and Marek {Unčovský},
  title="Application of Laser Beam Scattering Method to the Analysis of Fatigue Damage Evolution",
  booktitle="Fatigue '99",
  year="1999",
  month="June",
  publisher="EMAS",
  address="Beijing, China",
  isbn="1-901537-1"
}