Modeling of an air cooler with finned heat transfer tube banks using the RELAP5-3D code

Author:

Mochizuki HiroyasuORCID

Funder

Idaho National Laboratory

Publisher

Elsevier BV

Subject

Mechanical Engineering,Waste Management and Disposal,Safety, Risk, Reliability and Quality,General Materials Science,Nuclear Energy and Engineering,Nuclear and High Energy Physics

Reference22 articles.

1. Bates, E., Zhang, D., Truong, B., Sui, D., Hu, W., Su, G.H., Sumner, T., Maas, L., Vezzoni, B., Marchetti, M., Zanino, R., Caron, D., van Rooijen, W.F., Mochizuki, H., Morita, K., Choi, C., Stempniewicz, M., Rtischev, N., Zhang, Y., Mikityuk, K., 2017. Conclusions of a benchmark study on the EBR-II SHRT-45R Experiment, FR17, Yekaterinburg, Russia, 372, (2017), 1–11.

2. Blake, G.C. 2016. Scaling analysis of the direct reactor auxiliary cooling system for gas-cooled fast reactors during a depressurized loss of forced convection event, The Thesis of the Degree of Master of Science in Nuclear Engineering, Oregon State University.

3. Convection heat transfer and pressure drop of air flowing across triangular pitch banks of finned tubes;Briggs;Chem. Eng. Progr. Symp. Ser.,1963

4. Bubelis E., Jaeger, W., Bandini, G., Alemberti, A., Palmero, M., 2016. Assessment of the enhanced DHRS configuration for MYRRHA reactor. Nucl. Eng. Des. 307, 181–187. doi:10.10.16//j.nucengdes.2016.07.017.

5. Davis, C.B., 2006. Applicability of RELAP5-3D for thermal-hydraulic analyses of a sodium-cooled actinide burner test reactor, INL/EXT-06-11518.

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