Abstract
This report contains the description of the CATHENA network model of a shield circuit for the ITER (International Thermo-nuclear Experimental Reactor) heat transport system. The model has been tested to demonstrate its ability to simulate the thermalhydraulic behaviour of such a loop during both steady-state operation and transient conditions. The CATHENA code is a general two-fluid thermalhydraulic code. The report also presents the circuit conditions during steady state operation and documents two loss-of-coolant scenarios simulated with the model. A description of the thermalhydraulic behaviour of the circuit as it empties is provided. (Author) (21 figs., tab., 12 refs.).
Ross, W E;
Yee, V W.S.
[1]
- Atomic Energy of Canada Ltd., Sheridan Park, ON (Canada). CANDU Operations
Citation Formats
Ross, W E, and Yee, V W.S.
CATHENA model of a shield circuit for ITER (v.1).
Canada: N. p.,
1992.
Web.
Ross, W E, & Yee, V W.S.
CATHENA model of a shield circuit for ITER (v.1).
Canada.
Ross, W E, and Yee, V W.S.
1992.
"CATHENA model of a shield circuit for ITER (v.1)."
Canada.
@misc{etde_10127539,
title = {CATHENA model of a shield circuit for ITER (v.1)}
author = {Ross, W E, and Yee, V W.S.}
abstractNote = {This report contains the description of the CATHENA network model of a shield circuit for the ITER (International Thermo-nuclear Experimental Reactor) heat transport system. The model has been tested to demonstrate its ability to simulate the thermalhydraulic behaviour of such a loop during both steady-state operation and transient conditions. The CATHENA code is a general two-fluid thermalhydraulic code. The report also presents the circuit conditions during steady state operation and documents two loss-of-coolant scenarios simulated with the model. A description of the thermalhydraulic behaviour of the circuit as it empties is provided. (Author) (21 figs., tab., 12 refs.).}
place = {Canada}
year = {1992}
month = {Sep}
}
title = {CATHENA model of a shield circuit for ITER (v.1)}
author = {Ross, W E, and Yee, V W.S.}
abstractNote = {This report contains the description of the CATHENA network model of a shield circuit for the ITER (International Thermo-nuclear Experimental Reactor) heat transport system. The model has been tested to demonstrate its ability to simulate the thermalhydraulic behaviour of such a loop during both steady-state operation and transient conditions. The CATHENA code is a general two-fluid thermalhydraulic code. The report also presents the circuit conditions during steady state operation and documents two loss-of-coolant scenarios simulated with the model. A description of the thermalhydraulic behaviour of the circuit as it empties is provided. (Author) (21 figs., tab., 12 refs.).}
place = {Canada}
year = {1992}
month = {Sep}
}