Abstract
For the main parts of the comprex pressure-wave super-charger namely the rotor and mantle heat resistant materials with a low coefficient of thermal expansion are necessary. For this purpose an iron-nickel-base alloy (Fe-43% Ni-2% Co-2% Ti and 0,5% Nb) has been developed. This material is available as a cast or wrought alloy. The presence of Ti and Nb provides a precipitation hardening effect. Hardening curves have been determined as a function of temperature and time and the corresponding changes in the microstructure investigated. Effects of aging time and temperature on physical and mechanical properties have been discussed.
Citation Formats
Redecker, R, and Kasik, N.
Aging nickel alloy with low coefficient of expansion for thermical stress.
Germany: N. p.,
1987.
Web.
Redecker, R, & Kasik, N.
Aging nickel alloy with low coefficient of expansion for thermical stress.
Germany.
Redecker, R, and Kasik, N.
1987.
"Aging nickel alloy with low coefficient of expansion for thermical stress."
Germany.
@misc{etde_6811741,
title = {Aging nickel alloy with low coefficient of expansion for thermical stress}
author = {Redecker, R, and Kasik, N}
abstractNote = {For the main parts of the comprex pressure-wave super-charger namely the rotor and mantle heat resistant materials with a low coefficient of thermal expansion are necessary. For this purpose an iron-nickel-base alloy (Fe-43% Ni-2% Co-2% Ti and 0,5% Nb) has been developed. This material is available as a cast or wrought alloy. The presence of Ti and Nb provides a precipitation hardening effect. Hardening curves have been determined as a function of temperature and time and the corresponding changes in the microstructure investigated. Effects of aging time and temperature on physical and mechanical properties have been discussed.}
journal = []
volume = {41:2}
journal type = {AC}
place = {Germany}
year = {1987}
month = {Feb}
}
title = {Aging nickel alloy with low coefficient of expansion for thermical stress}
author = {Redecker, R, and Kasik, N}
abstractNote = {For the main parts of the comprex pressure-wave super-charger namely the rotor and mantle heat resistant materials with a low coefficient of thermal expansion are necessary. For this purpose an iron-nickel-base alloy (Fe-43% Ni-2% Co-2% Ti and 0,5% Nb) has been developed. This material is available as a cast or wrought alloy. The presence of Ti and Nb provides a precipitation hardening effect. Hardening curves have been determined as a function of temperature and time and the corresponding changes in the microstructure investigated. Effects of aging time and temperature on physical and mechanical properties have been discussed.}
journal = []
volume = {41:2}
journal type = {AC}
place = {Germany}
year = {1987}
month = {Feb}
}