Abstract
High temperature low cycle fatigue tests were performed at 920 C in air and flue gas on Incoloy 800 H. It was observed that fatigue life was influenced differently depending on the environment. In flue gas a strong internal corrosion in form of nitridation and sulfidation was found at the crack tip. The mechanisms leading to the internal corrosion were explained and their effect on fatigue life was discussed. (orig.)
Citation Formats
Rie, K T, and Klingelhoeffer, H.
High temperature low cycle fatigue in flue gas atmosphere.
Germany: N. p.,
1993.
Web.
Rie, K T, & Klingelhoeffer, H.
High temperature low cycle fatigue in flue gas atmosphere.
Germany.
Rie, K T, and Klingelhoeffer, H.
1993.
"High temperature low cycle fatigue in flue gas atmosphere."
Germany.
@misc{etde_10108826,
title = {High temperature low cycle fatigue in flue gas atmosphere}
author = {Rie, K T, and Klingelhoeffer, H}
abstractNote = {High temperature low cycle fatigue tests were performed at 920 C in air and flue gas on Incoloy 800 H. It was observed that fatigue life was influenced differently depending on the environment. In flue gas a strong internal corrosion in form of nitridation and sulfidation was found at the crack tip. The mechanisms leading to the internal corrosion were explained and their effect on fatigue life was discussed. (orig.)}
place = {Germany}
year = {1993}
month = {Dec}
}
title = {High temperature low cycle fatigue in flue gas atmosphere}
author = {Rie, K T, and Klingelhoeffer, H}
abstractNote = {High temperature low cycle fatigue tests were performed at 920 C in air and flue gas on Incoloy 800 H. It was observed that fatigue life was influenced differently depending on the environment. In flue gas a strong internal corrosion in form of nitridation and sulfidation was found at the crack tip. The mechanisms leading to the internal corrosion were explained and their effect on fatigue life was discussed. (orig.)}
place = {Germany}
year = {1993}
month = {Dec}
}