Publication result detail

Thermographic determination methods: Application on fatigue limit of al 2024 for R=0.1

SEITL, S.; KLUSÁK, J.; FERNÁNDEZ, P.; CANTELI, A.

Original Title

Thermographic determination methods: Application on fatigue limit of al 2024 for R=0.1

English Title

Thermographic determination methods: Application on fatigue limit of al 2024 for R=0.1

Type

Abstract

Original Abstract

The application of infrared thermography as a non-destructive method to detect the occurrence of damage and to investigate the fatigue processes of materials has become popular and has been widely investigated in literature in last 20 years. From the experimental point of view, thermographic techniques allow to measure the surface temperature of a specimen by means of an infrared thermal scanner and to monitor its growth during the test.

English abstract

The application of infrared thermography as a non-destructive method to detect the occurrence of damage and to investigate the fatigue processes of materials has become popular and has been widely investigated in literature in last 20 years. From the experimental point of view, thermographic techniques allow to measure the surface temperature of a specimen by means of an infrared thermal scanner and to monitor its growth during the test.

Keywords

Determination methods, non-destructive method, materials, thermographic

Key words in English

Determination methods, non-destructive method, materials, thermographic

Authors

SEITL, S.; KLUSÁK, J.; FERNÁNDEZ, P.; CANTELI, A.

RIV year

2014

Released

15.04.2013

Location

Velké Karlovice, Česká republika

Pages from

1

Pages to

2

Pages count

2

BibTex

@misc{BUT102210,
  author="Stanislav {Seitl} and Jan {Klusák} and Pelayo {Fernández} and Alfonso Fernández {Canteli}",
  title="Thermographic determination methods: Application on fatigue limit of al 2024 for R=0.1",
  year="2013",
  pages="1--2",
  address="Velké Karlovice, Česká republika",
  note="Abstract"
}