Abstract
The use of non-instrumented capsule designed and fabricated in this time is for the evaluation of material irradiation performance, it is to be installed in the inner core of HANARO. The design process of non-instrumented capsule was accomplished by the decision of the quality of material and the shape, thermal analysis, structural analysis. The temperature of the specimen and the stress in capsule during irradiation test was calculated by the thermal analysis and the structural analysis. GGENGTC code and ABAQUS code were used for the calculation of non-instrumented capsule. In case of installing the capsule in irradiation hole, the coolant flow rate and the pressure drop in the hole is changed, which will affect the coolant flow rate of the fuel region. Eventually the coolant flow rate outside capsule have to be restricted to the allowable range. In order to obtain the required pressure drop, the flow rate control mechanism, end plate and orifice ring were used in this test. The test results are compared with 36-element fuel pressure drop data which AECL performed by the SCTR facility.
Kim, Yong Sung;
Lee, Jeong Young;
Kim, Joon Yeon;
Lee, Sung Ho;
Ji, Dae Young;
Kim, Suk Hoon;
Ahn, Sung Ho
[1]
- Korea Atomic Energy Research Institute, Taejon (Korea, Republic of)
Citation Formats
Kim, Yong Sung, Lee, Jeong Young, Kim, Joon Yeon, Lee, Sung Ho, Ji, Dae Young, Kim, Suk Hoon, and Ahn, Sung Ho.
Design and fabrication of non-instrumented capsule.
Korea, Republic of: N. p.,
1995.
Web.
Kim, Yong Sung, Lee, Jeong Young, Kim, Joon Yeon, Lee, Sung Ho, Ji, Dae Young, Kim, Suk Hoon, & Ahn, Sung Ho.
Design and fabrication of non-instrumented capsule.
Korea, Republic of.
Kim, Yong Sung, Lee, Jeong Young, Kim, Joon Yeon, Lee, Sung Ho, Ji, Dae Young, Kim, Suk Hoon, and Ahn, Sung Ho.
1995.
"Design and fabrication of non-instrumented capsule."
Korea, Republic of.
@misc{etde_281071,
title = {Design and fabrication of non-instrumented capsule}
author = {Kim, Yong Sung, Lee, Jeong Young, Kim, Joon Yeon, Lee, Sung Ho, Ji, Dae Young, Kim, Suk Hoon, and Ahn, Sung Ho}
abstractNote = {The use of non-instrumented capsule designed and fabricated in this time is for the evaluation of material irradiation performance, it is to be installed in the inner core of HANARO. The design process of non-instrumented capsule was accomplished by the decision of the quality of material and the shape, thermal analysis, structural analysis. The temperature of the specimen and the stress in capsule during irradiation test was calculated by the thermal analysis and the structural analysis. GGENGTC code and ABAQUS code were used for the calculation of non-instrumented capsule. In case of installing the capsule in irradiation hole, the coolant flow rate and the pressure drop in the hole is changed, which will affect the coolant flow rate of the fuel region. Eventually the coolant flow rate outside capsule have to be restricted to the allowable range. In order to obtain the required pressure drop, the flow rate control mechanism, end plate and orifice ring were used in this test. The test results are compared with 36-element fuel pressure drop data which AECL performed by the SCTR facility.}
place = {Korea, Republic of}
year = {1995}
month = {Apr}
}
title = {Design and fabrication of non-instrumented capsule}
author = {Kim, Yong Sung, Lee, Jeong Young, Kim, Joon Yeon, Lee, Sung Ho, Ji, Dae Young, Kim, Suk Hoon, and Ahn, Sung Ho}
abstractNote = {The use of non-instrumented capsule designed and fabricated in this time is for the evaluation of material irradiation performance, it is to be installed in the inner core of HANARO. The design process of non-instrumented capsule was accomplished by the decision of the quality of material and the shape, thermal analysis, structural analysis. The temperature of the specimen and the stress in capsule during irradiation test was calculated by the thermal analysis and the structural analysis. GGENGTC code and ABAQUS code were used for the calculation of non-instrumented capsule. In case of installing the capsule in irradiation hole, the coolant flow rate and the pressure drop in the hole is changed, which will affect the coolant flow rate of the fuel region. Eventually the coolant flow rate outside capsule have to be restricted to the allowable range. In order to obtain the required pressure drop, the flow rate control mechanism, end plate and orifice ring were used in this test. The test results are compared with 36-element fuel pressure drop data which AECL performed by the SCTR facility.}
place = {Korea, Republic of}
year = {1995}
month = {Apr}
}