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[en] Results are presented of research conducted on the 13HMF steel in the as-received condition after long-lasting service over 100000 hours. Simulation tests have been performed by means of modern research methods. The influence of thermal cycles on the microstructure (continuous cooling TTT diagrams), plastic properties (notch toughness and hardness) of simulated heat affected zones and reheat cracking resistance has been evaluated by using the thermal and strain cycle simulator. Susceptibility to thermal fatigue has been determined, the creep strength estimated and welding heat input was given, as well as the post weld heat treatment conditions of the 13HMF steel after service. properties of the welded joints made of 13HMF steel after long-lasting service are given. (author)
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Instytut Energii Atomowej, Otwock-Swierk (Poland); 212 p; ISSN 1232-5317; 
; 2002; p. 113-126; IX. Scientific Technical Seminar on Materials Investigation for Power Industry; IX. Seminarium Naukowo-Techniczne Badania Materialowe na Potrzeby Elektrowni i Przemyslu Energetycznego; Zakopane (Poland); 19-21 Jun 2002; 10 refs, 4 figs, 5 tabs
; 2002; p. 113-126; IX. Scientific Technical Seminar on Materials Investigation for Power Industry; IX. Seminarium Naukowo-Techniczne Badania Materialowe na Potrzeby Elektrowni i Przemyslu Energetycznego; Zakopane (Poland); 19-21 Jun 2002; 10 refs, 4 figs, 5 tabs