Abstract
A series of laboratory tests was conducted to obtain the thermal and mechanical properties of Inconel 600 and 690 for the design document of steam generator U-tube. The following properties were measured as a function of temperature, and treated statistically to establish a database: (1) heat capacity, RT {approx} 500 deg C, (2) thermal expansion, RT {approx} 500 deg C, (3) thermal diffusivity, RT {approx} 500 deg C, (4) thermal conductivity, RT {approx} 500 deg C, (5) tensile property, RT {approx} 700 deg C (6) ductility, RT {approx} 700 deg C, (7) Elastic modulii and Poission`s ratio, RT, (8) Microhardness, (9) Oxidation rate. (Author).
Ryu, Woo Seong;
Kang, Young Hwan;
Park, Jong Man;
Choo, Kee Nam;
Kim, Sung Soo;
Maeng, Wan Young;
Park, Se Jin
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Ryu, Woo Seong, Kang, Young Hwan, Park, Jong Man, Choo, Kee Nam, Kim, Sung Soo, Maeng, Wan Young, and Park, Se Jin.
A study on the thermal and mechanical properties of inconel for steam generator U-tube.
Korea, Republic of: N. p.,
1993.
Web.
Ryu, Woo Seong, Kang, Young Hwan, Park, Jong Man, Choo, Kee Nam, Kim, Sung Soo, Maeng, Wan Young, & Park, Se Jin.
A study on the thermal and mechanical properties of inconel for steam generator U-tube.
Korea, Republic of.
Ryu, Woo Seong, Kang, Young Hwan, Park, Jong Man, Choo, Kee Nam, Kim, Sung Soo, Maeng, Wan Young, and Park, Se Jin.
1993.
"A study on the thermal and mechanical properties of inconel for steam generator U-tube."
Korea, Republic of.
@misc{etde_10112034,
title = {A study on the thermal and mechanical properties of inconel for steam generator U-tube}
author = {Ryu, Woo Seong, Kang, Young Hwan, Park, Jong Man, Choo, Kee Nam, Kim, Sung Soo, Maeng, Wan Young, and Park, Se Jin}
abstractNote = {A series of laboratory tests was conducted to obtain the thermal and mechanical properties of Inconel 600 and 690 for the design document of steam generator U-tube. The following properties were measured as a function of temperature, and treated statistically to establish a database: (1) heat capacity, RT {approx} 500 deg C, (2) thermal expansion, RT {approx} 500 deg C, (3) thermal diffusivity, RT {approx} 500 deg C, (4) thermal conductivity, RT {approx} 500 deg C, (5) tensile property, RT {approx} 700 deg C (6) ductility, RT {approx} 700 deg C, (7) Elastic modulii and Poission`s ratio, RT, (8) Microhardness, (9) Oxidation rate. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Dec}
}
title = {A study on the thermal and mechanical properties of inconel for steam generator U-tube}
author = {Ryu, Woo Seong, Kang, Young Hwan, Park, Jong Man, Choo, Kee Nam, Kim, Sung Soo, Maeng, Wan Young, and Park, Se Jin}
abstractNote = {A series of laboratory tests was conducted to obtain the thermal and mechanical properties of Inconel 600 and 690 for the design document of steam generator U-tube. The following properties were measured as a function of temperature, and treated statistically to establish a database: (1) heat capacity, RT {approx} 500 deg C, (2) thermal expansion, RT {approx} 500 deg C, (3) thermal diffusivity, RT {approx} 500 deg C, (4) thermal conductivity, RT {approx} 500 deg C, (5) tensile property, RT {approx} 700 deg C (6) ductility, RT {approx} 700 deg C, (7) Elastic modulii and Poission`s ratio, RT, (8) Microhardness, (9) Oxidation rate. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Dec}
}