Publications
2021
113)
LaMarche, W. C., P. Liu, K. M. Kellogg, A. M.
Lattanzi, and C. M. Hrenya, "Toward general regime
maps for cohesive-particle flows: Force vs.
energy-based descriptions and relevant
dimensionless groups," AIChE Journal,
67, e17337, 16 pages (2021); featured as Editor's
Choice for this issue.
112)
Sitaraman, H., D. Vaidhynathana, R. Grout, T.
Hauser, C. M. Hrenya, and J. Musser, "An
error-controlled adaptive time-stepping method for
particle advancement in coupled CFD-DEM
simulations," Powder Technology,
379, 203-216 (2021).
2020
111)
Lattanzi, A. M., X. Yin and C. M. Hrenya, "Heat
and Momentum Transfer to a Particle in a Laminar
Boundary Layer," Journal of Fluid Mechanics,
889, A6, 40 pages (2020).
110)
Mishra, I., P. Liu, A. Shetty, and C. M. Hrenya,
"On the use of a powder rheometer to probe
defluidization of cohesive particles," Chemical
Engineering Science , 214, 115422, 10
pages (2020).
109)
Fullmer, W. D., J. E. Higham, C. Q. LaMarche, A.
Issangya, R. Cocco, C. M. Hrenya, "Comparison of
Velocimetry Methods for Horizontal Air Jets in a
Semicircular Fluidized Bed of Geldart Group D
Particles," Powder Technology, 359,
323-330 (2020).
2019
108)
Mishra, I., A. M. Lattanzi, C. Q. LaMarche, A. B.
Morris and C. M. Hrenya, "Experimental validation
of indirect conduction theory and effect of
particle roughness on wall-to-particle heat
transfer," AIChE Journal,
65, e16703, 13 pages (2019).
107)
Lattanzi, A. M., X. Yin and C. M. Hrenya, "A
Hybird Lattice Boltzmann - Random Walk Method for
Heat Transfer in Gas-Solids Systems," Journal
of Computational Physics: X, 1,
art. no. 100007, 23 pages (2019).
106)
Kellogg, K. M., P. Liu and C. M. Hrenya,
"Continuum prediction of entrainment rates and
agglomeration of gas-fluidized, lightly-cohesive
particles," Chemical Engineering
Science, 199, 249-257 (2019).
105)
Lattanzi, A. M., X. Yin and C. M. Hrenya, "A fully
developed boundary condition for the random walk
particle tracking method," International
Journal of Heat and Mass Transfer,
131, 604-610 (2019).
2018
104) Liu, P., and C. M.
Hrenya, "Cluster-induced deagglomeration in dilute
gravity-driven gas-solid flows of cohesive grains,"
Physical Review Letters,
121, art. no. 238001, 7 pages (2018).
103) Fullmer, W. D., C. Q.
LaMarche, A. Issangya, P. Liu, R. Cocco and C. M.
Hrenya, "Experimental Data for Code Validation:
Horizontal Air Jets in a Semicircular Fluidized Bed
of Geldart Group D Particles," AIChE
Journal, 64, 2351-2363 (2018).
102) Liu, P., C. Q.
LaMarche, K. M. Kellogg and C. M. Hrenya, "A
square-force cohesion model and its extraction from
bulk measurements," AIChE Journal,
64, 2329-2339 (2018); featured as Editor's Choice
article for this issue.
101) Fullmer, W. D. and C.
M. Hrenya, "Continuum prediction of scale-dependent,
anisotropic fluctuating kinetic energy in gas-solid
flows," Chemical Engineering Science,
186, 84-87 (2018).
2017
100) Fullmer, W. D. and C.
M. Hrenya, "The homogeneous cooling state as a
verification test for kinetic-theory-based continuum
models of gas-solid flows," Journal of
Verification, Validation and Uncertainty
Quantification, 2, art. no.
044501, 5 pages (2017).
99) Kellogg, K. M., P.
Liu, C. Q. LaMarche, and C. M. Hrenya, "Continuum
Theory for Rapid, Cohesive-Particle Flows: General
Balance Equations and Discrete-element-method-based
Closure of Cohesive-specific Quantities," Journal
of Fluid Mechanics, 832, 345-382
(2017).
98) Cocco, R. A., S. B.
Reddy Karri, T. M. Knowlton, J. Findlay, T.
Gauthier, J. W. Chew, and C. M. Hrenya, "Intrusive
Probes in Riser Applications," AIChE
Journal, 63, 5361-5374 (2017).
97) LaMarche, C. Q., A. W.
Miller, P. Liu, S. Leadley, and C.M. Hrenya, "How
nano-scale roughness impacts the flow of grains
influenced by capillary cohesion," AIChE
Journal, 63, 5250-5257 (2017).
96) Sundaresan, S., C. M.
Hrenya, M. P. Harold, and J. S. Curtis, "A Tribute
to Roy Jackson," AIChE Journal,
63, 5238 (2017).
95) Lattanzi, A. M. and C.
M. Hrenya, "Indirect Conduction in Gas-Solid
Systems: Static vs. Dynamic Effects," AIChE
Journal, 63, 4685-4693 (2017).
94) Cocco, R., W. D.
Fullmer, P. Liu, and C. M. Hrenya, “CFD-DEM:
Modeling the small to understand the large,” Chemical
Engineering Progress (Sep 2017);
featured as cover art on issue.
93) Fullmer, W. D., G.
Liu, X. Yin and C. M. Hrenya, "Clustering
instabilities in sedimenting fluid-solid systems:
Critical assessment of kinetic-theory-based
predictions using DNS data," Journal of
Fluid Mechanics, 823, 433-469
(2017).
92) Berger, K. J. and C.
M. Hrenya, "Predicting regolith erosion during a
lunar landing: Role of a continuous size
distribution," Journal of Aerospace
Engineering, 30, art. no.
04017027, 10 pages (2017).
91) Liu, P., K. M.
Kellogg, C. Q. LaMarche, and C. M. Hrenya, "Dynamics
of singlet-doublet collisions of cohesive
particles," Chemical Engineering
Journal, 324, 380-391 (2017).
90) Liu, P., C. Q.
LaMarche, K. M. Kellogg, and C. M. Hrenya, "Dense
vs. dilute fluidization of cohesive particles:
Reverse sensitivity to friction and restitution
coefficient," Physical Review Fluids,
2, art. no. 054302, 20 pages (2017).
89) Fullmer, W. D.
and C. M. Hrenya, “Are Continuum Predictions of
Clustering Chaotic?” Chaos,
27, art. no. 031101, 8 pages (2017). arXiv
88) Anantharaman, A., A.
Issangya, S. B. R. Karri, J. Findlay, C. M. Hrenya,
R. A. Cocco, J. W. Chew, “Annulus flow behavior of
Geldart Group B particles in a pilot-scale CFB
riser,” Powder Technology,
305, 816-828 (2017).
87) LaMarche, C. Q.,
P. Liu, K. M. Kellogg, and C. M. Hrenya,
“Fluidized-bed measurements of
carefully-characterized, mildly cohesive (Group A)
particles,” Chemical Engineering
Journal, 310, 259-271 (2017).
86) LaMarche, C.Q., S.
Leadley, P. Liu, K. M. Kellogg, C. M. Hrenya,
“Method of quantifying surface roughness for
accurate adhesive force predictions,” Chemical
Engineering Science, 158,
140-153 (2017).
85) Fullmer, W. D. and
Hrenya, C. M., "The
clustering instability in rapid granular and
gas-solid flows," Annual Review
of Fluid Mechanics, 49, 485-510
(2017).
2016
84) Morris, A. B., S.
Pannala, Z. Ma, and C. M. Hrenya, “Development of
soft-sphere contact models for thermal heat
conduction in granular flows,” AIChE
Journal, 62, 4526-4535 (2016).
83) Anantharaman, A.,
S. B. R. Karri, J. G. Findlay, C. M. Hrenya, R. A.
Cocco, J. W. Chew, “Interpreting differential
pressure signals for particle properties and
operating conditions in a pilot-scale circulating
fluidized bed (CFB) riser,” Industrial
& Engineering Chemistry Research,
55, 8659-8670 (2016).
82) LaMarche, C. Q.,
A. W. Miller, P. Liu, and C. M. Hrenya, “Linking
micro-scale predictions of capillary forces to
macro-scale fluidization experiments in humid
environments,” AIChE Journal,
62, 3585-3597 (2016).
81) Liu, P., C. Q.
LaMarche, K. M. Kellogg, S. Leadley and C. M.
Hrenya, “Cohesive grains: Bridging micro-level
measurements to macro-level flow behavior via
surface roughness,”AIChE Journal (Letter),
62, 3529-3537 (2016).
80) Lattanzi, A. M. and
Hrenya, C. M., "A coupled, multiphase heat flux
boundary condition for the discrete element
method," Chemical Engineering
Journal, 304, 766-773 (2016).
79) Berger, K. J. and C.
M. Hrenya, “Impact of a binary size distribution on
particle erosion due to an impinging gas
plume,” AIChE Journal,
62, 984-995 (2016).
78) Liu, P., C. Q.
LaMarche, K. M. Kellogg, and C. M. Hrenya, “Fine
particle defluidization: Interaction between
cohesion, Young's modulus and static bed
height,” Chemical Engineering
Science, 145, 266-278 (2016).
77) Morris, A. B., Z. Ma,
S. Pannala, and C. M. Hrenya, “Simulations of heat
transfer to solid particles flowing through an array
of heated tubes,” Solar Energy,
130, 101-115 (2016).
76) Garzó, V., W. D.
Fullmer, C. M. Hrenya, and X. Yin, “Transport
coefficients of solid particles immersed in a
viscous gas,” Physical Review E,
93, art. no. 012905, 19 pages (2016). arXiv
75) Fullmer, W. D.
and C. M. Hrenya, “Quantitative Assessment of
Fine-Grid Kinetic-Theory-Based Predictions of Mean
Slip in Unbounded Fluidization,” AIChE
Journal (Letter), 62, 11-17
(2016).
2015
74) LaMarche, C. Q.,
P. Liu, K. M. Kellogg, A. W. Weimer, and C. M.
Hrenya, “System-size independent validation of
CFD-DEM for non-cohesive particles,” AIChE
Journal (Letter), 61, 4051-4058
(2015).
73) Morris, A. B., S.
Pannala, Z. Ma, and C. M. Hrenya, “A conductive heat
transfer model for particle flows over immersed
surfaces, International Journal of
Heat and Mass Transfer, 89,
1277-1289 (2015).
72) Cahyadi, A., A. H.
Neumayer, C. M. Hrenya, R. A. Cocco, J. W. Chew,
“Comparative Study of Transport Disengaging Height
(TDH) Correlations in Gas-Solid Fluidization,” Powder
Technology, 275, 220-238 (2015).
71) Berger, K. J., A.
Anand, P. T. Metzger, and C. M. Hrenya, “Role of
collisions in erosion of regolith during a lunar
landing,” Physical Review E,
91, art. no. 019905, (2015).
70) Chew, J. W., A.
Cahyadi, C. M. Hrenya, R. A. Cocco, R. Kerri,
“Review of entrainment correlations in gas-solid
fluidization,” Chemical Engineering
Journal, 260, 152-171,
(2015).
2014
69) Ahmadi Motlagh,
A. H., J. R. Grace, M. Salcudean, and C. M. Hrenya,
“New structure-based model for Eulerian simulation
of hydrodynamics in gas-solid fluidized beds of
Geldart “A” particles” Chemical
Engineering Science, 120, 22-36,
(2014).
68) Liu, P. and C.
M. Hrenya, “Challenges of DEM: I. Competing
bottlenecks in parallelization of gas-solid flows,”
Powder Technology, 264,
620-626 (2014).
67) Berger, K. J. and C.
M. Hrenya, “Challenges of DEM: II. Wide particle
size distributions,” Powder Technology,
264, 627-633 (2014).
66) Mitrano, P. P.,
V. Garzó, and C. M. Hrenya, “Instabilities in
granular binary mixtures at moderate densities,” Physical
Review E (Rapid
Communication), 89, art. no.
020201R, 5 pages (2014). arXiv
65) Mitrano, P. P.,
J. R. Zenk, S. Benyahia, J. E. Galvin, S. R. Dahl,
and C. M. Hrenya, “Kinetic-theory predictions of
clustering instabilities in granular flows: beyond
the small-Knudsen regime,” Journal of
Fluid Mechanics (Rapids), 738, R2,
12 pages (2014); this work was highlighted in Focus
on Fluids feature (Journal of Fluid Mechanics,
742, 1-4, 2014).
2013
64) Mitrano, P. P.,
S. R. Dahl, A. M. Hilger, C. J. Ewasko, and C. M.
Hrenya, “Dual role of friction in granular flows:
Attenuation vs. enhancement of instabilities,” Journal
of Fluid Mechanics,
729, 484-495 (2013).
63) McMillan, J., F.
Shaffer, B. Gopalan, J. W. Chew, C. M. Hrenya, R.
Hays, S. B. Karri, and R. Cocco, “Particle
Clustering Dynamics during Fluidization,” Chemical
Engineering Science, 100, 39-51
(2013).
62) Yin, X., J. R.
Zenk, P. P. Mitrano, and C. M. Hrenya, “Impact of
collisional vs. viscous dissipation on flow
instabilities in gas-solid systems,” Journal
of Fluid Mechanics (Rapids), 727,
R2, 12 pages (2013).
61) Berger, K. J.,
A. Anand, P. T. Metzger, and C. M. Hrenya, “Role of
collisions in erosion of regolith during a lunar
landing,” Physical Review E,
87, art. no. 022205, 14 pages (2013).
60) Chew, J.W., D.
M. Parker, and C. M. Hrenya, “Elutriation and
species segregation characteristics of polydisperse
mixtures of Group B particles in a dilute CFB riser,
AIChE Journal,
59, 84-95 (2013).
2012
59) Garzó, V.,
S. Tenneti, S. Subramaniam, and C. M. Hrenya,
“Enskog kinetic theory for monodisperse gas-solid
flows,” Journal of Fluid Mechanics,
712, 129-168 (2012).
58) Donahue, C. M.,
W. M. Brewer, R. H. Davis, and C. M. Hrenya,
“Agglomeration and de-agglomeration of rotating wet
doublets,”
Journal of Fluid
Mechanics, 708, 128-148 (2012).
57) Murray, J.A., S.
Benyahia, P. Metzger, and C. M. Hrenya, “Continuum
representation of a continuous size distribution of
particles engaged in rapid granular flow,” Physics
of Fluids, 24, art. no. 083303, 19
pages (2012).
56) Donahue, C. M.,
R. H. Davis, A. A. Kantak, and C. M. Hrenya,
“Mechanisms for agglomeration and de-agglomeration
following oblique collisions of wet particles,” Physical
Review E, 86, art. no. 021303, 5
pages (2012).
55) Wildman, R.D.,
C. M. Hrenya, J. M. Huntley, T. Leadbeater, D. J.
Parker, “Experimental determination of temperature
profiles in a sheared granular bed containing two
and three sizes of particles,”
Granular Matter,
14, 215-220 (2012); invited paper for special issue
in memory of Isaac Goldhirsch.
54) Mitrano, P. P.,
V. Garzó, A. M. Hilger, C. J. Ewasko, and C. M.
Hrenya, “Assessing a Hydrodynamic Description for
Instabilities in Highly Dissipative, Freely Cooling
Granular Gases,” Physical Review E,
85, art. no. 141303, 5 pages (2012).
53) Chew, J. W., R.
Hays, J. G. Findlay, T. M. Knowlton, S. B. R. Karri,
R. A. Cocco and C. M. Hrenya, “Reverse Core-Annular
Flow of Geldart Group B Particles in Risers,” Powder
Technology, 221, 1-12 (2012);
invited paper for special issue.
52) Murray, J. A.,
C. M. Hrenya, and V. Garzó, “Enskog Theory for
Polydisperse Granular Mixtures. III. Comparison of
dense and dilute transport coefficients and
equations of state for a binary mixture,” Powder
Technology, 220, 24-36 (2012).
51) Chew, J. W., R.
Hays, J. G. Findlay, T. M. Knowlton, S. B. R. Karri,
R. A. Cocco and C. M. Hrenya, “Cluster
characteristics of Geldart Group B particles in a
pilot-scale CFB riser. I. Monodisperse systems,” Chemical
Engineering Science, 68, 72-81
(2012).
50) Chew, J. W., R.
Hays, J. G. Findlay, T. M. Knowlton, S. B. R. Karri,
R. A. Cocco and C. M. Hrenya, “Cluster
characteristics of Geldart Group B particles in a
pilot-scale CFB riser. II. Polydisperse systems,” Chemical
Engineering Science, 68, 82-93
(2012).
2011
49) Chew, J. W., D.
M. Parker, R. A. Cocco and C. M. Hrenya,
“Cluster characteristics of continuous size
distributions and binary mixtures of Group B
particles in dilute riser flow,” Chemical
Engineering Journal, 178, 348-358
(2011).
48) Chew, J. W. and
C. M. Hrenya, “Link between bubbling and segregation
patterns in gas-fluidized beds with continuous size
distributions,” AIChE Journal,
57, 3003-3011 (2011).
47) Mitrano, P. P.,
S. R. Dahl, D. J. Cromer, M. S. Pacella, and C. M.
Hrenya, “Instabilities in the homogeneous cooling of
a granular gas: A quantitative assessment of
kinetic-theory predictions,” Physics of
Fluids, 23, 093303 (2011).
46) Chew, J. W., R.
Hays, J. G. Findlay, T. M. Knowlton, S. B. R. Karri,
R. A. Cocco and C. M. Hrenya, “Impact of material
property and operating conditions on mass flux
profiles of monodisperse and polydisperse Group B
particles in a CFB riser,” Powder
Technology, 214, 89-98 (2011).
45) Chew, J. W., R.
Hays, J. G. Findlay, T. M. Knowlton, S. B. R. Karri,
R. A. Cocco and C. M. Hrenya, “Species segregation
of binary mixtures and a continuous size
distribution of Group B particles in riser flow,” Chemical
Engineering Science, 66, 4595-4604
(2011).
44) Holloway, W., S.
Benyahia, C. M. Hrenya, and S. Sundaresan,
“Meso-scale structures of bidisperse mixtures of
particles fluidized by a gas,” Chemical
Engineering Science, 66, 4403-4420
(2011).
43) Hrenya, C.M.,
“Active Learning in Fluid Mechanics: YouTube Tube
Fow and Puzzling Fluids Questions,” Chemical
Engineering Education, 45, 114-119
(2011).
42) Passalacqua, A.,
J. E. Galvin, P. Vedula, C.M. Hrenya, and R. O. Fox,
“A quadrature-based kinetic model for dilute
non-isothermal granular flows,” Communications
in Computational Physics, 10,
216-252 (2011).
41) Hrenya, C. M.,
“Kinetic theory for granular materials:
Polydispersity,” in Computational
Gas-Solids Flows and Reacting Systems: Theory,
Methods and Practice, S. Pannala,
M. Syamlal, and T. O’Brien (eds.), IGI Global,
Hershey, PA , 102-127 (2011).
2010
40) Chew, J. W., J.
Wolz, and C. M. Hrenya, “Axial segregation in
bubbling gas-fluidized beds with Gaussian and
lognormal Distributions of Geldart group B
particles,” AIChE Journal,
56, 3049-3061 (2010).
39) Donahue, C. M.,
C. M. Hrenya, and R. H. Davis, “Stokes’s
cradle: Newton’s cradle with liquid coating,” Physical
Review Letters, 105, art. no.
034501 (2010); this work was featured in Nature
(466, 22 July 2010, p. 417) and the New
Scientist (2768, 8 July 2010).
38) Tenneti S., R.
Garg, C. M. Hrenya, R. O. Fox and S. Subramaniam,
“Direct numerical simulation of gas-solid
suspensions at moderate Reynolds number:
Quantifying the coupling between hydrodynamic forces
and particle velocity fluctuations,” Powder
Technology, 203, 57-69 (2010).
37) Hrenya, C. M.,
“Extraction of transport coefficients from molecular
dynamics simulations: A perspective,” Industrial
& Engineering Chemistry Research,
49, 5304-5409 (2010).
36) Donahue, C. M.,
C. M. Hrenya, R. H. Davis, K. J. Nakagawa, A. P.
Zelinskaya, and G. G. Joseph, “Stokes’ cradle:
normal three-body collisions between wetted
particles,” Journal of Fluid Mechanics,
650, 479-504 (2010).
35) Rice, R. B. and
C. M. Hrenya, “Clustering in rapid granular flows of
binary and continuous particle size distributions,”
Physical Review E, 81, art. no.
021302 (2010).
2009
34) Henthorn, K. H.
and C. M. Hrenya, “Particle cohesion,” Encyclopedia
of Chemical Processing, 1, 1-8
(2009).
33) Rice, R. B. and
C. M. Hrenya, “Characterization of clusters in rapid
granular flows,” Physical Review E,
79, art. no. 021304 (2009).
32) Kantak, A. A.,
C. M. Hrenya, and R. H. Davis, “Initial rates of
aggregation for dilute, granular flows of wet
(cohesive) particles,” Physics of
Fluids, 21, art. no. 023301
(2009).
2008
31) Donahue, C. M.,
C. M. Hrenya, A. P. Zelinskaya, and K. J. Nakagawa,
“Newton’s cradle undone: Experiments and
collision models for the normal collision of three
solid spheres,” Physics of Fluids,
20, art. no. 113301 (2008).
30) Leboreiro, J.,
G. G. Joseph, C. M. Hrenya, D. M. Snider, S. S.
Banerjee, and J. E. Galvin, “The influence of binary
drag laws on simulations of species segregation in
gas-fluidized beds,” Powder Technology,
184, 275-290 (2008).
29) Leboreiro, J.,
G. G. Joseph, and C. M. Hrenya, “Revisiting the
standard drag law for bubbling, gas-fluidized beds,”
Powder Technology, 183,
385-400 (2008).
28) Hrenya, C. M.,
J. E. Galvin, and R. D. Wildman, “Evidence of
higher-order effects in thermally-driven, rapid
granular flows,” Journal of Fluid
Mechanics, 598, 429-450 (2008).
2007
27) Joseph, G. G.,
J. Leboreiro, C. M. Hrenya, and A. R. Stevens,
“Experimental segregation profiles in bubbling
gas-fluidized beds,” AIChE Journal,
53, 2804-2813 (2007).
26) Garzó, V., J. W.
Dufty, and C. M. Hrenya, and, “Enskog theory for
polydisperse granular mixtures. I.
Navier-Stokes order transport”, Physical
Review E, 76, art. no. 031303
(2007).
25) Garzó, V., C. M.
Hrenya, and J. W. Dufty, “Enskog theory for
polydisperse granular mixtures. II.
Sonine polynomial approximation”, Physical
Review E, 76, art. no. 031304
(2007).
24) Weber, M. W. and
C. M. Hrenya, “Computational study of pressure-drop
hysteresis in fluidized beds,” Powder
Technology, 177, 170-184 (2007).
23) Galvin, J. E.,
C. M. Hrenya, and R. D. Wildman, “On the role of the
Knudsen layer in rapid granular flows,” Journal
of Fluid Mechanics, 585, 73-92
(2007).
2006
22) Carney, C. S.,
C. J. Gump, C. M. Hrenya, and A. W. Weimer, “Rapid
Nickel Oxalate Thermal Decomposition for Producing
Fine Nickel Metal Powders. Part 2:
Global Kinetics,” Materials Science and
Engineering A, 431, 13-25 (2006).
21) Weber, M. W. and
C. M. Hrenya, “Square-well Model for Cohesion in
Fluidized Beds,” Chemical Engineering
Science, 61, 4511-4527 (2006).
20) Hrenya, C. M.
and H. Scott Fogler, “Patten Centennial Scientific
Workshop: The Next Millennium in Chemical
Engineering,” Chemical Engineering
Education, 99-103 (Spring 2006).
19) Walsh, J. K., A.
W. Weimer, and C. M. Hrenya, “Thermophoretic
deposition of aerosol particles in laminar tube flow
with mixed convection,” Journal of
Aerosol Science, 37, 715-734
(2006).
18) Walsh, J. K., A.
W. Weimer, and C. M. Hrenya, “An experimental study
of thermophoretic deposition of aerosol particles in
laminar tube flow with mixed convection,” Aerosol
Science and Technology, 40,
178-188 (2006).
2005
17) Dahl, S. R. and
C. M. Hrenya, “Size Segregation in Gas-Solid
Fluidized Beds with Continuous Particle Size
Distributions,” Chemical Engineering
Science, 60, 6658-6673 (2005).
16) Stevens, A. and
C. M. Hrenya, “Comparison of soft-sphere models to
measurements of collision properties during normal
impacts,” Powder Technology,
154, 99-109 (2005).
15) Iddir, H., H.
Arastoopour, and C. M. Hrenya, “Analysis of binary
and ternary granular mixtures using the kinetic
theory approach,” Powder Technology,
151, 117-125 (2005).
14) Galvin, J. E.,
S. R. Dahl, and C. M. Hrenya, “On the role of
non-equipartition in the dynamics of
rapidly-flowing, granular mixtures,” Journal
of Fluid Mechanics, 528, 207-232
(2005).
2004
13) Weber, M. W., D.
K. Hoffman, and C. M. Hrenya, “Discrete-particle
simulations of cohesive granular flow using a
square-well potential,” Granular Matter,
6, 239-254 (2004).
12) Dahl, S. R. and
C. M. Hrenya, “Size Segregation in Rapid, Granular
Flows with Continuous Size Distributions,” Physics
of Fluids, 16, 1-13 (2004).
2003
11) Dahl, S. R., R.
Clelland, and C. M. Hrenya, “Three-dimensional,
Rapid Shear Flow of Particles with Continuous Size
Distributions,” Powder Technology,
138, 7-12 (2003).
2002
10) Dahl, S. R., C.
M. Hrenya, V. Garzó, and J. W. Dufty, “Kinetic
Temperatures for a Granular Mixture,” Physical
Review E, 66, art. no. 041301
(2002).
9) Johnson, J. A.,
W. B. Krantz, C. M. Hrenya, and A. W. Weimer,
“Sensitivity Analysis of the Rapid Carbothermal
Reduction Synthesis of Ultra-Fine Silicon Carbide
Powders,” Journal of Aerosol Science and
Technology, 36, 1087-1098 (2002).
8) Johnson, J. A.,
C. M. Hrenya, and A. W. Weimer, “Intrinsic Reaction
and Self-Diffusion Kinetics for Silicon Carbide
Synthesis by Rapid Carbothermal Reduction,” Journal
of the American Ceramic Society,
85, 2273-2280 (2002).
7) Dahl, S. R., R.
Clelland, and C. M. Hrenya, “The Effects of
Continuous Size Distributions on the Rapid Flow of
Inelastic Particles,” Physics of Fluids,
14, 1972-1984 (2002).
6) Clelland, R. and
C. M. Hrenya, “Simulations of a Binary-sized Mixture
of Inelastic Grains in Rapid Shear Flow,” Physical
Review E, 65, art. no. 031301
(2002).
2001
5) Alam, M. and C.
M. Hrenya, “Inelastic Collapse in Simple Shear Flow
of a Granular Medium,” Physical Review
E, 63, art. no. 061308 (2001).
4) Detamore, M. S.,
M. A. Swanson, K. R. Frender, and C. M. Hrenya, “A
Kinetic-Theory Analysis of the Scale-up of
Circulating Fluidized Beds,” Powder
Technology, 116, 190-203 (2001).
Pre-2000
3) Hrenya, C., S.
Miller, T. Mallo and J. Sinclair, "Comparison of Low
Reynolds Number k-e Turbulence Models in Predicting
Heat Transfer Rates for Pipe Flow,"
International Journal of Heat and Mass Transfer,
41, 1543-1547 (1998).
2) Hrenya, C. M. and
J. L. Sinclair, "The Role of Particle-Phase
Turbulence in Gas-Solid Flows," AIChE
Journal, 43, 853-869 (1997).
1) Hrenya, C. M., E.
J. Bolio, D. Chakrabarti and J. L. Sinclair,
"Comparison of Low Reynolds Number k-e Turbulence
Models in Predicting Fully Developed Pipe Flow," Chemical
Engineering Science, 50, 1923-1941
(1995).
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