Corrosion Fatigue in District Heating Water Tanks

Ernst Emanuel Maahn

Corrosion Fatigue in District Heating Water Tanks

Ernst Emanuel Maahn

Research output: Book/Report › Report › Research › peer-review

Abstract

Three candidate materials for construction of buffer tanks for district heating water have been tested for corrosion fatigue properties in a district heating water environment. The investigation included Slow Strain Rate Testing of plain tensile specimens, crack initiation testing by corrosion fatigue of plain tensile specimens and crack growth rate determination for Compact Tensile Specimens under corrosion fatigue conditions. The three materials are equal with respect to stress corrosion sensibility and crack initiation. Crack growth rate is increased with a factor of 4-6 relative to an inert environment at same temperature (90C) with a tendency of higher crack growth rate for the steel with the highest strength.

Original language	Danish

Number of pages	38
Publication status	Published - 1996
Event	EUROCORR´97 - Trondheim, Norway Duration: 22 Sept 1997 → 25 Sept 1997

Conference

Conference	EUROCORR´97
Country/Territory	Norway
City	Trondheim
Period	22/09/1997 → 25/09/1997

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 7 Affordable and Clean Energy

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Cite this

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title = "Corrosion Fatigue in District Heating Water Tanks",

abstract = "Three candidate materials for construction of buffer tanks for district heating water have been tested for corrosion fatigue properties in a district heating water environment. The investigation included Slow Strain Rate Testing of plain tensile specimens, crack initiation testing by corrosion fatigue of plain tensile specimens and crack growth rate determination for Compact Tensile Specimens under corrosion fatigue conditions. The three materials are equal with respect to stress corrosion sensibility and crack initiation. Crack growth rate is increased with a factor of 4-6 relative to an inert environment at same temperature (90C) with a tendency of higher crack growth rate for the steel with the highest strength.",

author = "Maahn, \{Ernst Emanuel\}",

year = "1996",

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AU - Maahn, Ernst Emanuel

PY - 1996

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N2 - Three candidate materials for construction of buffer tanks for district heating water have been tested for corrosion fatigue properties in a district heating water environment. The investigation included Slow Strain Rate Testing of plain tensile specimens, crack initiation testing by corrosion fatigue of plain tensile specimens and crack growth rate determination for Compact Tensile Specimens under corrosion fatigue conditions. The three materials are equal with respect to stress corrosion sensibility and crack initiation. Crack growth rate is increased with a factor of 4-6 relative to an inert environment at same temperature (90C) with a tendency of higher crack growth rate for the steel with the highest strength.

AB - Three candidate materials for construction of buffer tanks for district heating water have been tested for corrosion fatigue properties in a district heating water environment. The investigation included Slow Strain Rate Testing of plain tensile specimens, crack initiation testing by corrosion fatigue of plain tensile specimens and crack growth rate determination for Compact Tensile Specimens under corrosion fatigue conditions. The three materials are equal with respect to stress corrosion sensibility and crack initiation. Crack growth rate is increased with a factor of 4-6 relative to an inert environment at same temperature (90C) with a tendency of higher crack growth rate for the steel with the highest strength.

M3 - Rapport

BT - Corrosion Fatigue in District Heating Water Tanks

T2 - EUROCORR´97

Y2 - 22 September 1997 through 25 September 1997

ER -