Detail publikace

Contribution to identification of cyclic damage development of AlMg alloy

MAZAL, P. PAZDERA, L. FIALA, J.

Originální název

Contribution to identification of cyclic damage development of AlMg alloy

Anglický název

Contribution to identification of cyclic damage development of AlMg alloy

Jazyk

en

Originální abstrakt

The paper describes some basic exposures of AlMg alloy (EN-AW-6082) behaviour change during high cycle fatigue loading which were detected using AE method and analysis of load frequency changes of the electromagnetic loading device. These procedures allow identification of different stages of fatigue process, however it is very difficult to exactly specify the reason of AE signal change or the loading frequency. That is why the X-ray diffraction analysis of the structure method was used. This method can further clarify some processes in the loaded material.

Anglický abstrakt

The paper describes some basic exposures of AlMg alloy (EN-AW-6082) behaviour change during high cycle fatigue loading which were detected using AE method and analysis of load frequency changes of the electromagnetic loading device. These procedures allow identification of different stages of fatigue process, however it is very difficult to exactly specify the reason of AE signal change or the loading frequency. That is why the X-ray diffraction analysis of the structure method was used. This method can further clarify some processes in the loaded material.

Dokumenty

BibTex 


@inproceedings{BUT28060,
  author="Pavel {Mazal} and Luboš {Pazdera} and Jaroslav {Fiala}",
  title="Contribution to identification of cyclic damage development of AlMg alloy",
  annote="The paper describes some basic exposures of AlMg alloy (EN-AW-6082)  behaviour change during high cycle fatigue loading which were detected using AE method and analysis of load frequency changes of the electromagnetic loading device. These procedures allow identification of different stages of fatigue process, however it is very difficult to exactly specify the reason of AE signal change or the loading frequency. That is why the X-ray diffraction analysis of the structure method was used. This method can further clarify some processes in the loaded material. 
",
  address="ČNDT",
  booktitle="NDE for Safety",
  chapter="28060",
  institution="ČNDT",
  year="2007",
  month="november",
  pages="169--174",
  publisher="ČNDT",
  type="conference paper"
}