500
7 Applications: Pebble Flow Optimizations
6–9, 2010Selected and expanded papers from International Conference Nuclear Energy for
New Europe 2010, Portoro? Slovenia, September1337 6-9, 2010.
11. Yang, X.T., W.P. Hu, S.Y. Jiang, K.K.L. Wong, and J.Y. Tu. 2012. Mechanism analysis of
quasi-static dense pebble flow in pebble bed reactor using phenomenological approach. Nuclear
Engineering & Design 250 (3): 247–259.
12. González-Montellano, C., E. Gallego, Á. Ramírez-Gómez, and F. Ayuga. 2012. Three dimensional discrete element models for simulating the filling and emptying of silos: Analysis of
numerical results. Computers & Chemical Engineering 40 (40): 22–32.
13. Gisle Enstad. 1996. Investigation of the use of insert in order to obtain mass flow in silos.
POSTEC-Newsletter 15: 13–16, 01.
14. Enstad, Gisle. 1997. Further investigation of the use of insert in order to obtain mass flow in
silos. POSTEC-Newsletter 16: 15–18.
15. Enstad, Gisle. 1998. Use of inverted cones and double cones as inserts for obtaining mass flow.
POSTEC-Newsletter 17: 15–16.
16. Li, Y., N. Gui, X.T. Yang, and J.Y. Tu. 2013. Experimental research and dem simulations on
stagnant region in pebble bed reactor. In International Conference on Nuclear Engineering,
pp. 395–402.
17. Gui, Nan, Jianren Fan, and Kefa Cen. 2010. A macroscopic and microscopic study of particle
mixing in a rotating tumbler. Chemical Engineering Science 65 (10): 3034–3041.
18. Gui, Nan, Xu Jie Yan, Liang Ge Wenkai, Wu Daling, Ji Zhongli, Gao Jinsen, Jiang Shengyao,
and Yang Xingtuan. 2013. Dem simulation and analysis of particle mixing and heat conduction
in a rotating drum. Chemical Engineering Science 97 (7): 225–234.
19. Jiang, S.Y., X.T. Yang, Z.W. Tang, W.J. Wang, J.Y. Tu, Z.Y. Liu, and J. Li. 2012. Experimental
and numerical validation of a two-region-designed pebble bed reactor with dynamic core.
Nuclear Engineering and Design 246: 277–285.
20. Baleviˇ cius, R., R. Kaˇ cianauskas, Z. Mróz, and I. Sielamowicz. 2011. Analysis and dem simulation of granular material flow patterns in hopper models of different shapes. Advanced Powder
Technology 22 (2): 226–235.
21. González-Montellano, C., F. Ayuga, and J.Y. Ooi. 2011. Discrete element modelling of grain
flow in a planar silo: influence of simulation parameters. Granular Matter 13 (2): 149–158.
22. Yaowei, Yu., and Henrik Sax?n. 2011. Discrete element method simulation of properties of a
3D conical hopper with mono-sized spheres. Advanced Powder Technology 22 (3): 324–331.
23. Ji, Shunying, Daniel M. Hanes, and Hayley H. Shen. 2009. Comparisons of physical experiment and discrete element simulations of sheared granular materials in an annular shear cell.
Mechanics of Materials 41 (6): 764–776.
24. Roberts, Alan W., and Christopher M. Wensrich. 2002. Flow dynamics or ‘quaking’ in gravity
discharge from silos. Chemical Engineering Science 57 (2): 295–305.
25. Johanson, J.R. 1964. Stress and velocity fields in the gravity flow of bulk solids. Journal of
Applied Mechanics 31 (3).
26. Hidalgo, R.C., C. Lozano, I. Zuriguel, and A. Garcimartín. 2013. Force analysis of clogging
arches in a silo. Granular Matter 15 (6): 841–848.
7 Applications: Pebble Flow Optimizations
6–9, 2010Selected and expanded papers from International Conference Nuclear Energy for
New Europe 2010, Portoro? Slovenia, September1337 6-9, 2010.
11. Yang, X.T., W.P. Hu, S.Y. Jiang, K.K.L. Wong, and J.Y. Tu. 2012. Mechanism analysis of
quasi-static dense pebble flow in pebble bed reactor using phenomenological approach. Nuclear
Engineering & Design 250 (3): 247–259.
12. González-Montellano, C., E. Gallego, Á. Ramírez-Gómez, and F. Ayuga. 2012. Three dimensional discrete element models for simulating the filling and emptying of silos: Analysis of
numerical results. Computers & Chemical Engineering 40 (40): 22–32.
13. Gisle Enstad. 1996. Investigation of the use of insert in order to obtain mass flow in silos.
POSTEC-Newsletter 15: 13–16, 01.
14. Enstad, Gisle. 1997. Further investigation of the use of insert in order to obtain mass flow in
silos. POSTEC-Newsletter 16: 15–18.
15. Enstad, Gisle. 1998. Use of inverted cones and double cones as inserts for obtaining mass flow.
POSTEC-Newsletter 17: 15–16.
16. Li, Y., N. Gui, X.T. Yang, and J.Y. Tu. 2013. Experimental research and dem simulations on
stagnant region in pebble bed reactor. In International Conference on Nuclear Engineering,
pp. 395–402.
17. Gui, Nan, Jianren Fan, and Kefa Cen. 2010. A macroscopic and microscopic study of particle
mixing in a rotating tumbler. Chemical Engineering Science 65 (10): 3034–3041.
18. Gui, Nan, Xu Jie Yan, Liang Ge Wenkai, Wu Daling, Ji Zhongli, Gao Jinsen, Jiang Shengyao,
and Yang Xingtuan. 2013. Dem simulation and analysis of particle mixing and heat conduction
in a rotating drum. Chemical Engineering Science 97 (7): 225–234.
19. Jiang, S.Y., X.T. Yang, Z.W. Tang, W.J. Wang, J.Y. Tu, Z.Y. Liu, and J. Li. 2012. Experimental
and numerical validation of a two-region-designed pebble bed reactor with dynamic core.
Nuclear Engineering and Design 246: 277–285.
20. Baleviˇ cius, R., R. Kaˇ cianauskas, Z. Mróz, and I. Sielamowicz. 2011. Analysis and dem simulation of granular material flow patterns in hopper models of different shapes. Advanced Powder
Technology 22 (2): 226–235.
21. González-Montellano, C., F. Ayuga, and J.Y. Ooi. 2011. Discrete element modelling of grain
flow in a planar silo: influence of simulation parameters. Granular Matter 13 (2): 149–158.
22. Yaowei, Yu., and Henrik Sax?n. 2011. Discrete element method simulation of properties of a
3D conical hopper with mono-sized spheres. Advanced Powder Technology 22 (3): 324–331.
23. Ji, Shunying, Daniel M. Hanes, and Hayley H. Shen. 2009. Comparisons of physical experiment and discrete element simulations of sheared granular materials in an annular shear cell.
Mechanics of Materials 41 (6): 764–776.
24. Roberts, Alan W., and Christopher M. Wensrich. 2002. Flow dynamics or ‘quaking’ in gravity
discharge from silos. Chemical Engineering Science 57 (2): 295–305.
25. Johanson, J.R. 1964. Stress and velocity fields in the gravity flow of bulk solids. Journal of
Applied Mechanics 31 (3).
26. Hidalgo, R.C., C. Lozano, I. Zuriguel, and A. Garcimartín. 2013. Force analysis of clogging
arches in a silo. Granular Matter 15 (6): 841–848.
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