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Packing density of irregular shape particles: Dem simulations applied to anode-grade coke
aggregates. Advanced Powder Technology 26 (4): 1256–1262.
4. Moakher, Maher, Troy Shinbrot, and Fernando J. Muzzio. 2000. Experimentally validated
computations of flow, mixing and segregation of non-cohesive grains in 3d tumbling blenders.
Powder Technology 109 (1): 58–71.
5. Jia, Xinlong, Xingtuan Yang, Yu. Nan Gui, Jiyuan Tu Li, and Shengyao Jiang. 2015. Experimental and numerical study of stagnant zones in pebble bed. Science & Technology of Nuclear
Installations 2014 (8–10): 1–10.
6. István, Oldal, Keppler István, Csizmadia Bela, and Fenyvesi Laszlo. 2012. Outflow properties
of silos: The effect of arching. Advanced Powder Technology the International Journal of the
Society of Powder Technology Japan 23 (3): 290–297.
7. Uñac, R.O., A.M. Vidales, O.A. Benegas, and I. Ippolito. 2012. Experimental study of discharge
rate fluctuations in a silo with different hopper geometries. Powder Technology 225 (7): 214–
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8. Cundall, P.A., and O.D.L. Strack. 1979. Discussion: A discrete numerical model for granular
assemblies. Geotechnique 29 (1): 47–65.
9. Ram, Chand, Murad Ali Khaskheli, Abdul Qadir, Baoliang Ge, and Qingfan Shi. 2012. Discrete
particle simulation of radial segregation in horizontally rotating drum: Effects of drum-length
and non-rotating end-plates. Physica A Statistical Mechanics & Its Applications 391(20): 4590–
4596.
10. Jun, Ai, Jian Fei Chen, J. Michael Rotter, and Y. Ooi Jin. 2011. Assessment of rolling resistance
models in discrete element simulations. Powder Technology 206(3): 269–282.
11. Chandratilleke, G.R., A.B. Yu, J. Bridgwater, and K. Shinohara. 2012. A particle-scale index
in the quantification of mixing of particles. Aiche Journal 58 (4): 1099–1118.
12. Stewart, R.L., J. Bridgwater, Y.C. Zhou, and A.B. Yu. 2001. Simulated and measured flow
of granules in a bladed mixer-a detailed comparison. Chemical Engineering Science 56 (19):
5457–5471.
13. Campbell, Charles S. 2002. Granular shear flows at the elastic limit. Journal of Fluid Mechanics
465 (465): 261–291.
14. Campbell, Charles S. 2005. Stress-controlled elastic granular shear flows. Journal of Fluid
Mechanics 539: 273.
15. Campbell, and S. Charles. 2006. Granular material flows: An overview. Powder Technology,
162(3): 208–229.
16. Lohnert, G.H., and H. Reutler. 1982. The modular htr-a new design of high temperature pebble
bed reactor. Nuclear Energy 22 (3): 197–200.
17. Schulten R. 1978. Pebble bed htrs. Annals of Nuclear Energy 5(8): 357–374. Thorium and Gas
Cooled Reactors.
18. Zhang, Zuoyi, Wu Zongxin, Yuliang Sun, and Fu Li. 2006. Design aspects of the chinese
modular high-temperature gas-cooled reactor htr-pm. Nuclear Engineering & Design 236 (5–
6): 485–490.
19. Yang, X., N. Gui, J. Tu, and S. Jiang. 2015. Numerical analysis of granular flows in a silo bed
on flow regime characterization. Plos One 10 (3): e0119155.
20. Heinrich, M. Jaeger, Sidney R. Nagel, and Robert P. 1996. Behringer. Granular solids, liquids,
and gases. In Mod Phys, pages 1259–1273.
21. Khalilitehrani, M., Per J. Abrahamsson, and Anders Rasmuson. 2013. The rheology of dense
granular flows in a disc impeller high shear granulator. Powder Technology, 249(11): 309–315.
22. Benson, Muite, Shandon F. Quinn, Sankaran Sundaresan, and K. Kesava Rao. 2003. Silo music
and silo quake: Granular flow induced vibration. Powder Technology, 145: 190–202.
23. Leonardo E. Silbert. 2005. Temporally heterogeneous dynamics in granular flows. Physical
Review Letters, 94(9): 098002.
24. Wensrich, C.M., and R.E. Stratton. 2011. Shock waves in granular materials: Discrete and
continuum comparisons. Powder Technology 210 (3): 288–292.
233
3. Majidi, Behzad, Juliane Melo, Mario Fafard, Donald Ziegler, and Houshang Alamdari. 2015.
Packing density of irregular shape particles: Dem simulations applied to anode-grade coke
aggregates. Advanced Powder Technology 26 (4): 1256–1262.
4. Moakher, Maher, Troy Shinbrot, and Fernando J. Muzzio. 2000. Experimentally validated
computations of flow, mixing and segregation of non-cohesive grains in 3d tumbling blenders.
Powder Technology 109 (1): 58–71.
5. Jia, Xinlong, Xingtuan Yang, Yu. Nan Gui, Jiyuan Tu Li, and Shengyao Jiang. 2015. Experimental and numerical study of stagnant zones in pebble bed. Science & Technology of Nuclear
Installations 2014 (8–10): 1–10.
6. István, Oldal, Keppler István, Csizmadia Bela, and Fenyvesi Laszlo. 2012. Outflow properties
of silos: The effect of arching. Advanced Powder Technology the International Journal of the
Society of Powder Technology Japan 23 (3): 290–297.
7. Uñac, R.O., A.M. Vidales, O.A. Benegas, and I. Ippolito. 2012. Experimental study of discharge
rate fluctuations in a silo with different hopper geometries. Powder Technology 225 (7): 214–
220.
8. Cundall, P.A., and O.D.L. Strack. 1979. Discussion: A discrete numerical model for granular
assemblies. Geotechnique 29 (1): 47–65.
9. Ram, Chand, Murad Ali Khaskheli, Abdul Qadir, Baoliang Ge, and Qingfan Shi. 2012. Discrete
particle simulation of radial segregation in horizontally rotating drum: Effects of drum-length
and non-rotating end-plates. Physica A Statistical Mechanics & Its Applications 391(20): 4590–
4596.
10. Jun, Ai, Jian Fei Chen, J. Michael Rotter, and Y. Ooi Jin. 2011. Assessment of rolling resistance
models in discrete element simulations. Powder Technology 206(3): 269–282.
11. Chandratilleke, G.R., A.B. Yu, J. Bridgwater, and K. Shinohara. 2012. A particle-scale index
in the quantification of mixing of particles. Aiche Journal 58 (4): 1099–1118.
12. Stewart, R.L., J. Bridgwater, Y.C. Zhou, and A.B. Yu. 2001. Simulated and measured flow
of granules in a bladed mixer-a detailed comparison. Chemical Engineering Science 56 (19):
5457–5471.
13. Campbell, Charles S. 2002. Granular shear flows at the elastic limit. Journal of Fluid Mechanics
465 (465): 261–291.
14. Campbell, Charles S. 2005. Stress-controlled elastic granular shear flows. Journal of Fluid
Mechanics 539: 273.
15. Campbell, and S. Charles. 2006. Granular material flows: An overview. Powder Technology,
162(3): 208–229.
16. Lohnert, G.H., and H. Reutler. 1982. The modular htr-a new design of high temperature pebble
bed reactor. Nuclear Energy 22 (3): 197–200.
17. Schulten R. 1978. Pebble bed htrs. Annals of Nuclear Energy 5(8): 357–374. Thorium and Gas
Cooled Reactors.
18. Zhang, Zuoyi, Wu Zongxin, Yuliang Sun, and Fu Li. 2006. Design aspects of the chinese
modular high-temperature gas-cooled reactor htr-pm. Nuclear Engineering & Design 236 (5–
6): 485–490.
19. Yang, X., N. Gui, J. Tu, and S. Jiang. 2015. Numerical analysis of granular flows in a silo bed
on flow regime characterization. Plos One 10 (3): e0119155.
20. Heinrich, M. Jaeger, Sidney R. Nagel, and Robert P. 1996. Behringer. Granular solids, liquids,
and gases. In Mod Phys, pages 1259–1273.
21. Khalilitehrani, M., Per J. Abrahamsson, and Anders Rasmuson. 2013. The rheology of dense
granular flows in a disc impeller high shear granulator. Powder Technology, 249(11): 309–315.
22. Benson, Muite, Shandon F. Quinn, Sankaran Sundaresan, and K. Kesava Rao. 2003. Silo music
and silo quake: Granular flow induced vibration. Powder Technology, 145: 190–202.
23. Leonardo E. Silbert. 2005. Temporally heterogeneous dynamics in granular flows. Physical
Review Letters, 94(9): 098002.
24. Wensrich, C.M., and R.E. Stratton. 2011. Shock waves in granular materials: Discrete and
continuum comparisons. Powder Technology 210 (3): 288–292.