Publication detail

Effect of thermal ageing on the impact fracture behaviour of Eurofer 97 steel

HADRABA, H. DLOUHÝ, I.

Czech title

Vliv tepelného stárnutí na nárazovou práci oceli Eurofer 97

English title

Effect of thermal ageing on the impact fracture behaviour of Eurofer 97 steel

Type

journal article - other

Language

en

Original abstract

The aim of the work was to investigate the influence of thermal ageing on fracture properties of Eurofer'97 steel. Thermal ageing of the steel was simulated by step cooling treatment. Charpy impact tests were performed before and after thermal ageing. No evident changes in impact properties have been registered when comparing the properties of the steel in as-received state and in state after step cooling.

Czech abstract

Práce byla zaměřena na studium vlivu tepelného stárnutí na lomové chování oceli Eurofer97. Tepelné stárnutí bylo simulováno stupňovitým ochlazováním. Zkoušky typu Charpy byly použity pro hodnocení lomového chování po stárnutí. Z hlediska rozdílů mezi výchozím stavem a stavy po stupňovitém ochlazování nebyly pozorovány žádné podstatné změny v lomovém chování.

English abstract

The aim of the work was to investigate the influence of thermal ageing on fracture properties of Eurofer'97 steel. Thermal ageing of the steel was simulated by step cooling treatment. Charpy impact tests were performed before and after thermal ageing. No evident changes in impact properties have been registered when comparing the properties of the steel in as-received state and in state after step cooling.

Keywords in Czech

ocel Eurofer 97, houževnatost, tepelné stárnutí

Keywords in English

eurofer 97 steel, toughness, thermal ageing

RIV year

2009

Released

30.04.2009

ISSN

0022-3115

Journal

JOURNAL OF NUCLEAR MATERIALS

Volume

386-388

Number

xx

Pages from–to

564–568

Pages count

5

BIBTEX


@article{BUT48540,
  author="Hynek {Hadraba} and Ivo {Dlouhý},
  title="Effect of thermal ageing on the impact fracture behaviour of Eurofer 97 steel",
  journal="JOURNAL OF NUCLEAR MATERIALS",
  year="2009",
  volume="386-388",
  number="xx",
  month="April",
  pages="564--568",
  issn="0022-3115"
}