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\def\scites#1{}%\quad(#1)}%{}%    %H-number of 37, but 38 if count properly
\headline{\hfil$\scriptscriptstyle\rm E.J. Hinch, \quad 12\ March\ 2024$}

\leftline{\bf Publications by E.J. Hinch}

\item{1.}{Hinch, E.J. 1970 {\quad\sl The rotation of Venus and thermal
  tides\quad} 
  W.H.O.I. G.F.D. Notes {\bf 2}, 38--54.}
  \scites{2}

\item{2.}{Schubert,  G.,  Young, R.E. \& Hinch, E.J. 1971 {\quad\sl
  Prograde and retrograde motion in a  fluid  layer:  consequences for
  thermal diffusion in the Venus atmosphere\quad}  
  J.~Geophys.~Res. {\bf 76}, 2126--2130.}
  \scites{10}

\item{3.}{Leal,  L.G.  \& Hinch, E.J. 1971 {\quad\sl The effect of
  weak Brownian rotations on particles in shear flow\quad}  
  J.~Fluid Mech. {\bf 46}, 685--703.} 
\scites{187}

\item{4.}{Hinch, E.J. \& Schubert, G. 1971 
 {\quad\sl Strong streaming induced by a  moving thermal wave\quad}
   J.~Fluid Mech.  {\bf 47}, 291--304.}  
\scites{13}

\item{\nbstar5.}{Hinch,  E.J.~ \& Leal, L.G. 1972 
 {\quad\sl The effect of Brownian motion 
  on the rheological properties  of  a  suspension of non-spherical 
  particles\quad}  J.~Fluid Mech. {\bf 52}, 683--712.}
\scites{278}

\item{6.}{Leal,  L.G.  \&  Hinch, E.J.~1972 
  {\quad\sl A note on the streaming 
  double refraction in a dilute  suspension  of  rigid spheroids subject to 
  weak Brownian rotations\quad}  
  Rheol. Acta {\bf 11}, 190--198.}
\scites{4}

\item{7.}{Douglas,  H.A.,  Mason,  P.J.~ \&  Hinch E.J.~1972 
  {\quad\sl Motion due   to a moving  internal  heat  source\quad} 
  J.~Fluid Mech. {\bf 54}, 469--480.}
\scites{10}

\item{8.}{Leal,  L.G.  \&  Hinch,  E.J.~ 1972  
  {\quad\sl The rheology of a   suspension  of  nearly  spherical
   particles  subject  to Brownian    rotations\quad}  
  J.~Fluid Mech. {\bf 55}, 745--765.}
\scites{68}

\item{9.}{Hinch,  E.J.~1972 
  {\quad\sl Note on the symmetries of certain material 
  tensors for a particle in Stokes flow\quad} 
   J.~Fluid Mech. {\bf 54}, 423--425.}
\scites{38}

\item{10.}{Hinch,  E.J.~ \& Leal, L.G. 1972  
  {\quad\sl Note on the rheology of    dilute suspensions of dipolar
  spheres  with  weak Brownian couples\quad}   
  J.~Fluid Mech. {\bf 56}, 803--813.}
\scites{15}

\item{11.}{Leal,  L.G. \& Hinch, E.J.~1973 
  {\quad\sl Theoretical studies of a 
  suspension of rigid particles affected by  Brownian couples\quad}  
  Rheol. Acta {\bf 12}, 127--132.}
\scites{Google Scholar 55}

\item{12.}{Hinch, E.J.~\& Leal, L.G. 1973 
  {\quad\sl Time-dependent shear flows 
  of a suspension of particles with weak Brownian rotations\quad}  
  J.~Fluid Mech. {\bf 57}, 753--767.}
\scites{77}

\item{13.}{Hinch, E.J.~1974 
  {\quad\sl Instabilities due to dissipation\quad}  
  Eureka {\bf 36}, 17--18.}

\item{14.}{Hinch,  E.J.~\& Ziabicki, A. 1974 
  {\quad\sl The mechanics of fluid 
 suspensions and polymer solutions:  a  report  on Euromech 49.\quad}  
  J.~Fluid Mech. {\bf 66}, 1--9.}
  \scites{3}

\item{15.}{Hinch,  E.J.~ 1974 
  {\quad\sl Mechanical models of dilute polymer 
  solutions for strong flows  with  large  polymer deformations\quad}  in 
  {\quad\sl Polym\`eres et Lubrification\quad} 
   Colloques Internl. du C.N.R.S. {\bf 233}, 241--247.}
\scites{Google Scholar 56}

\item{16.}{Hinch, E.J.~1975 
  {\quad\sl The mechanics of fluid suspensions\quad}  
   in {\quad\sl Theoretical Rheology\quad} ed. Hutton, J.F., 
  Pearson, J.R.A. \& 
   Walters, K. (Applied Science Publishers) 206--223.}
  \scites{7?}

\item{17.}{Bark,  F.H., Hinch, E.J.~\& Landahl, M.T. 1975 
  {\quad\sl Drag reduction 
  in turbulent flow due to additives: a  report on Euromech 52\quad}  
  J.~Fluid Mech. {\bf 68}, 129--138.}
  \scites{13}

\item{18.}{Hinch, E.J.~1975 
  {\quad\sl Mechanical models of dilute polymer solutions 
  in strong flows\quad}  
  in {\quad\sl Polymer Rheology and Plastic Processing\quad} 
  (Plastics \& Rubber Institute) 65--71.}
\scites{1?}%?

\item{19.}{Hinch,  E.J.~\& Leal, L.G. 1975 
  {\quad\sl Constitutive equations in 
  suspension mechanics. Part~1.  General  formulation\quad}  
  J.~Fluid Mech. {\bf 71}, 481--495.}
\scites{100}

\item{\nbstar20.}{Hinch, E.J.~1975 
  {\quad\sl Applications of the Langevin equation to 
  fluid suspensions\quad}  J.~Fluid Mech. {\bf 72}, 499--511.}
\scites{161}

\item{21.}{Hinch, E.J.~1976 
  {\quad\sl The distortion of a flexible inextensible 
  thread in shear flow\quad}  J.~Fluid Mech. {\bf 74}, 317--333.}
\scites{44}

\item{22.}{Hinch, E.J.~1976 
  {\quad\sl The deformation of a nearly straight thread 
  in a shearing flow with weak Brownian motions\quad}  
  J.~Fluid Mech. {\bf 75}, 765--775.}
\scites{17}

\item{23.}{Hinch,  E.J.~\&  Leal, L.G. 1976 
  {\quad\sl Constitutive equations in a  
  suspension  mechanics.  Part 2.  Approximate forms for a suspension of 
  rigid particles affected by Brownian rotations\quad}  
  J.~Fluid Mech. {\bf 76}, 187--208.}
\scites{245}

\item{24.}{Hinch,  E.J.~ 1976  
  {\quad\sl Mechanical  models of dilute polymer 
  solutions for strong flows\quad}   
  in  {\quad\sl Proc.  7th  Internl. Congress on 
  Rheology\quad} 408--410.}
\scites{1?}

\item{25.}{Russel, W.B., Hinch, E.J., Leal, L.G. \& Tieffenbruck, G. 1977 
  {\quad\sl Rods falling near a vertical wall\quad}  
  J.~Fluid Mech. {\bf 83}, 273--287.}
\scites{54}

\item{26.}{Hinch, E.J.~1977 {\quad\sl Mechanical models of dilute polymer 
  solutions in strong flows\quad}  Phys. Fluids {\bf 20}, S22--S30.}
\scites{129} %187

\item{\nbstar27.}{Hinch,  E.J.~ 1977 
  {\quad\sl An averaged-equation approach to particle 
  interactions in a fluid  suspension\quad}   
  J.~Fluid Mech. {\bf 83}, 695--720.}
\scites{214}

\item{28.}{Hinch, E.J.~\& Acrivos, A. 1979 
  {\quad\sl Steady long slender droplets 
  in two-dimensional straining motion\quad}  
  J.~Fluid Mech. {\bf 91}, 401--414.}
\scites{54}

\item{29.}{Hinch,  E.J.~\&  Leal,  L.G. 1979 
  {\quad\sl Rotation of small 
  non-axisymmetric particles in a  simple  shear  flow\quad}   
  J.~Fluid Mech. {\bf 92}, 591--608.}
\scites{57}

\item{30.}{Hinch, E.J.~\& Elata, C. 1979 
  {\quad\sl Heterogeneity of dilute 
  polymer solutions\quad}  J.~Non-Newtonian Fluid Mech. {\bf 5}, 411--425.}
\scites{20}

\item{\nbstar31.}{Hinch, E.J.~\& Acrivos, A. 1980 
  {\quad\sl Long slender drops in a 
  simple shear flow\quad}  J.~Fluid Mech. {\bf 98}, 305--328.}
\scites{146}

\item{32.}{Acrivos,  A.,  Hinch,  E.J.~\& Jeffrey, D.J.~1980 
  {\quad\sl Heat 
  transfer to a slowly moving fluid  from  a  dilute  fixed bead of heated 
  spheres\quad}  J.~Fluid Mech. {\bf 101}, 403--421.}
\scites{29}

\item{33.}{Hinch, E.J.~1980 
  {\quad\sl The evolution of slender inviscid drops in 
  an axisymmetric straining flow\quad}  J.~Fluid  Mech. {\bf 101}, 545--553.}
\scites{16}

\item{34.}{Hinch, E.J.~1981 
  {\quad\sl Electroviscous effects\quad}  in {\quad\sl Continuum 
  Models of Discrete Systems 4\quad} ed. Brulin, O. \& Hsieh, R.K.T. 
  (North Holland) 411--422.}
\scites{3?}

\item{\nbstar35.}{Hinch,  E.J.~\& Sherwood, J.D. 1983 
 {\quad\sl The primary electroviscous 
 effect in a suspension of spheres with  thin double layers\quad}  
  J.~Fluid Mech. {\bf 132}, 337--347.}
\scites{60}

\item{36.}{Hocquart,  R. \& Hinch, E.J.~1983 
  {\quad\sl The long-time tail of the 
  angular-velocity autocorrelation function for  a rigid Brownian particle 
  of arbitrary centrally symmetric shape\quad}  
  J.~Fluid Mech. {\bf 137}, 217--220.}
\scites{21}

\item{37.}{Kojima,  M., Hinch, E.J.~\& Acrivos, A. 1984 
  {\quad\sl The formation 
  and expansion of a toroidal drop moving in  a viscous fluid\quad}  
  Phys. Fluids {\bf 27}, 19--32.}
\scites{75}

\item{38.}{Hinch,  E.J.,  Sherwood,  J.D.,  Chen, W.C. \& Sen, P.N. 1984 
  {\quad\sl Dielectric response of  a  dilute  suspension  of spheres
  with thin  
  double layers in an asymmetric electrolyte}  
  Faraday Trans. II {\bf 80}, 535--551.}
\scites{53}

\item{39.}{Hinch, E.J.~1984 
  {\quad\sl A note on the mechanism of the instability 
  at the interface between two shearing fluids\quad}  
  J.~Fluid Mech. {\bf 144}, 463--465.}
\scites{102}

\item{40.}{Hinch,  E.J.~1985 
  {\quad\sl The recovery of oil from underground 
  reservoirs\quad} in {\quad\sl Theoretical and Applied  Mechanics\quad} 
  ed. Niordson, F.I. \& Olhoff, N. (Elsevier) 135--161.}
\scites{1?}

\item{41.}{Hinch, E.J.~1985 
  {\quad\sl The recovery of oil from underground 
  reservoirs\quad}  J.~Physico-Chemical Hydrodynamics {\bf 6}, 601--622.}
\scites{5}

\item{42.}{Davis, R.H., Serayssol, J-M. \& Hinch, E.J.~1986 
  {\quad\sl The 
  elastohydrodynamic collision of two spheres\quad}  
  J.~Fluid Mech. {\bf 163}, 479--497.}
\scites{173}

\item{43.}{Rallison,  J.M. \&  Hinch, E.J.~1986 
  {\quad\sl The effect of particle 
  interactions on dynamic light  scattering  from  a dilute suspension\quad}  
  J.~Fluid Mech. {\bf 167}, 131--168.}
\scites{62}

\item{44.}{Hinch, E.J.~1985 
  {\quad\sl Inhibition of a stretching flow of limited 
  force\quad}  in {\quad\sl Polymer-Flow Interactions\quad} 
  ed. Rabin, Y. (A.I.P.)  59--69.}
\scites{4?}

\item{\nbstar45.}{Rallison,  J.M. \&  Hinch,  E.J.~1988 
  {\quad\sl Do we understand the 
  physics in  the  constitutive  equation\quad}   
  J.~Non-Newtonian Fluid Mech. {\bf 29}, 37--55.}
\scites{112}

\item{46.}{Hinch, E.J.~1988 
  {\quad\sl Hydrodynamics at low Reynolds number:
  a brief and elementary introduction\quad}  
  in {\quad\sl Disorder and Mixing\quad} 
  ed. Guyon, E., Nadal J-P. \& Pomeau, Y. (Kluwer) 
  N.A.T.O. A.S.I. E, {\bf 152}, 43--55.}
\scites{12?}

\item{47.}{Hinch, E.J.~1988 
  {\quad\sl Sedimentation of small particles\quad}  
  in {\quad\sl    Disorder and Mixing\quad} 
   ed. Guyon, E., Nadal J-P. \& Pomeau, Y. (Kluwer) 
   N.A.T.O. A.S.I. E, {\bf 152}, 153--161.}
\scites{Google Scholar 53}

\item{48.}{Hinch,  E.J.~ 1988  
   {\quad\sl The  recovery  of oil from underground 
   reservoirs\quad}   in  {\quad\sl Mathematics  in  oil  production\quad} 
   ed. Edwards, Sir Sam \& King, P.R. (O.U.P.) 313--341.}
\scites{2?}

\item{49.}{Schonberg, J.A. \& Hinch, E.J.~1989 
   {\quad\sl Inertial migration of a sphere in Poiseuille flow\quad}  
    J.~Fluid Mech.  {\bf 203}, 517--524.}
\scites{163}

\item{\nbstar50.}{Hinch,  E.J.~\&  Bhatt, B.S. 1990 
  {\quad\sl Stability of an acid front moving through a porous  rock\quad}   
  J.~Fluid  Mech. {\bf  212}, 279--288.}
\scites{47}

\item{\nbstar51.}{Couch,  M.C. \&  Hinch,  E.J.~ 1991
   {\quad\sl Sedimentation, aggregation
   and  compaction\quad} in {\quad\sl Physics of granular media\quad} 
   ed.  Bideau, D. \& Dodds, J.A. (Nova Sciences Publishers)
  299--321.}

\item{52.}{Keiller, R.A. \& Hinch, E.J.~1991
   {\quad\sl Corner flows of a suspension of rigid rods\quad}
  J.~Non-Newtonian Fluid Mech. {\bf 40}, 323--335.}
\scites{9}

\item{53.}{Hinch, E.J.~1991 {\quad\sc Perturbation Methods\quad} 
   book published by C.U.P.}
\scites{Google Scholar 1012}

\item{\nbstar54.}{Hinch, E.J., Harris, O.J.~\& Rallison, J.M. 1992
  {\quad\sl The instability mechanism for two elastic liquids being
    co-extruded\quad} 
  J.~Non-Newtonian Fluid Mech.{\bf 43}, 311--324.}
\scites{59}

\item{55.}{Acrivos, A., Batchelor, G.K., Hinch, E.J., Koch, D.L. \& Mauri, R.
  1992
   {\quad\sl Longitudinal shear-induced diffusion of spheres in a dilute 
   suspension} J.~Fluid Mech. {\bf 240}, 651--657.}
\scites{62}

\item{\nbstar56.}{Harlen, O.G., Hinch, E.J.~\& Rallison, J.M. 1992
  {\quad\sl Birefringent pipes: the steady flow of a dilute polymer solution 
  near a stagnation point\quad}  
  J.~Non-Newtonian Fluid Mech. {\bf 44},  229--265. }
\scites{35}

\item{57.}{Blanc, R. \& Hinch E.J.~1993
 {\quad\sl Dense suspensions and loose packings\quad}
  pages 287--303 in {\quad\sl Disorder  and Granular Media}
  Eds.\ D. Bideau \& A. Hansen  (Elsevier)}

\item{\nbstar58.}{Ippolito, I., Hinch, E.J., Daccord, G. \& Hulin, J.P. 1993
 {\quad\sl Tracer  dispersion in two-dimensional fractures with  flat
 and rough walls in a radial geometry\quad}
 Phys.\ Fluids A.  {\bf 5}, 1952--1962.}
\scites{11}

\item{\nbstar59.}{Hinch, E.J.~\& Nitche, L.C. 1993
  {\quad\sl Nonlinear drift
  interactions between fluctuating colloid particles:
  oscillatory and stochastic motions\quad}
  J.~Fluid Mech.\ {\bf 256}, 343--401.}
\scites{12}

\item{60.}{Hinch, E.J.~1993
  {\quad\sl The approach to steady state in Oseen flows}
  J.~Fluid Mech.\ {\bf 256}, 601--604.}
\scites{Google Scholar 11}

\item{\nbstar61.}{Hinch E.J.~1993
  {\quad\sl The flow of an Oldroyd fluid around a sharp corner\quad}
  J.~Non-Newtonian Fluid Mech.\ {\bf 50}, 161--171.}
\scites{79}

\item{62.}{Hinch, E.J.~1994
 {\quad\sl Brownian motion with stiff bonds and rigid constraints}
  J.~Fluid Mech. {\bf 271},  219--234.}
\scites{63}

\item{63.}{Kurowski, P., Ippolito, I., Koplik, J., Hinch, E.J.
 \& Hulin, J.P. 1994
 {\quad\sl Anomalous dispersion in a dipole flow geometry through a
  fracture\quad}
 Phys.\ Fluids {\bf 6}, 108--117.}
\scites{12}

\item{64.}{Ippolito, I., Daccord, G., Hinch, E.J.~\& Hulin, J.P. 1994
 {\quad\sl Echo tracer dispersion in model fractures with a rectangular
 geometry\quad} J.~Contaminant Hydrology {\bf 16}, 87--108.}
\scites{23}

\item{65.}{Hinch, E.J.~1994
 {\quad\sl Longwave instability of a free shear layer of an Oldroyd-B
  fluid\quad} 
  J.~Fluid Mech.\ {\bf 268}, 64--68.}

\item{66.}{Hinch, E.J.~\& Lema\^\i tre, J.~1994
 {\quad\sl The effect of viscosity on the height of disks floating above an
  air table\quad}
   J.~Fluid Mech.\ {\bf 273}, 313--322.}
\scites{13}

\item{\nbstar67.}{Hinch, E.J. 1994
 {\quad\sl Uncoiling a polymer molecule in a strong extensional
  flow\quad}
  J.~Non-Newtonian Fluid Mech.\ {\bf 54}, 209--230}
\scites{71}

\item{68.}{Koplik, J., Redner, S. \& Hinch, E.J. 1994
 {\quad\sl Tracer dispersion in planar multipole flows\quad}
  Phys.\ Rev.\ E.\ {\bf 50}, 4650--4671.}
\scites{30}

\item{\nbstar69.}{Grassia, P.S., Hinch, E.J.~\& Nitsche, L.C. 1995
 {\quad\sl Computer simulation of Brownian motion of complex systems\quad}
  J.~Fluid Mech.\ {\bf 282}, 373--403.}
\scites{121}

\item{\nbstar70.}{Nicolai, H., Herzhaft, B., Hinch, E.J., Oger, L. \&
   Guazzelli, E. 1995
  {\quad\sl Particle velocity fluctuations and hydrodynamic
   self-diffusion of sedimenting non-Brownian spheres\quad}
  Phys.\ Fluids\ {\bf 7}, 12--23.}
\scites{161}

\item{\nbstar71.}{Rallison, J.M. \& Hinch, E.J. 1995
 {\quad\sl Instability of a high speed submerged elastic jet\quad}
 J.~Fluid Mech.\ {\bf 288}, 311--324.}
\scites{21}

\item{72.}{Hinch, E.J. 1995
 {\quad\sl Introduction to Mobile Particulate Systems\quad}
 in {\sl Mobile Particulate Systems\/} 
 edited by E. Guazzelli \& L. Oger
 NATO-ASI {\bf E 287}, 1--24.
 Reproduced as a special edition du journal du G.d.R de P.M.H.C.} 
\scites{1}

\item{73.}{Grassia, P.S. \& Hinch, E.J. 1996
 {\quad\sl Computer simulations of polymer chain relaxation via Brownian
  motion\quad} 
  J.~Fluid Mech.\ {\bf 308}, 255--288.}
\scites{77}

\item{74.}{Cunha, F.R. \& Hinch, E.J. 1996
 {\quad\sl Shear-induced dispersion in a dilute suspension of
   rough spheres\quad}
   J.~Fluid Mech.\ {\bf 309}, 211--223.}
\scites{137}

\item{75.}{Ghidaglia, C., de Arcangelis, L., Hinch, E.J. 
  \& Guazzelli, E. 1996
 {\quad\sl Hydrodynamic interactions in deep bead filtration\quad}
  Phys.\ Fluids.  {\bf 8}, 6-14.}
\scites{22}

\item{\nbstar76.}{Bruneau, D., Feuillebois, F., Anthore, R.  \& Hinch, E.J. 
  1996
 {\quad\sl Intrinsic convection in a settling suspension\quad}
  Phys.\ Fluids. {\bf 8}, 2236--2238.}
\scites{16}

\item{\nbstar77.}{Nitsche, L.C. \& Hinch, E.J. 1996
 {\quad\sl Shear-induced lateral migration of Brownian rigid rods in
  parabolic channel flow\quad}
 J.\ Fluid Mech.\ {\bf 332}, 1--21.}
\scites{21}

\item{78.}{Hinch, E.J. 1996
 {\quad\sl Converging flows of elastic liquids \quad}
 in {\sl Proceedings of ICIAM-95\/}
 edited by K. Kirchg\"assner, O. Mahrenholtz \& R. Mennicken
 Mathematical Research {\bf87}, 115--133.}

\item{\nbstar79.}{Loewenberg, M. \& Hinch, E.J. 1996
 {\quad\sl Numerical simulations of concentrated emulsions \quad}
 J.~Fluid Mech.\ {\bf 321}, 395--419.}
\scites{196}

\item{80.}{Kelly, E. \& Hinch, E.J. 1998
 {\quad\sl Numerical solution of Hele-Shaw flows driven by a
   quadrupole \quad} 
   E.J.\ Applied Maths.\ {\bf 8}, 551--566.}
\scites{5}

\item{81.}{Ghidaglia, C., de Arcangelis, L., Hinch, E.J. 
  \& Guazzelli, E. 1996
 {\quad\sl Transition in particle capture in deep bed filtration\quad}
 Physical Review E {\bf  53}, R3028--R3031.}
\scites{17}

\item{82.}{Kelly, E. \& Hinch, E.J. 1998
 {\quad\sl Numerical solutions of sink flows in the Hele
   Shaw cell with small surface tension \quad}
  E.J.\ Applied Maths.\ {\bf 8}, 533--550.}
\scites{17}

\item{83.}{Loewenberg, M. \& Hinch, E.J. 1997
 {\quad\sl Collision of two deformable drops in a sheared emulsion\quad}
  J.~Fluid Mech.\ {\bf 338}, 299--315.}
\scites{120}

\item{84.}{Entov, V.M.  \& Hinch, E.J. 1997
 {\quad\sl The effect of a spectrum of relaxation times on the
  capillary thinning of a filament of elastic liquid \quad}
 J.~Non-Newtonian Fluid Mech.\ {\bf72}, 31--54.}
\scites{170}

\item{85.}{Szabo, P., Rallison, J.M. \& Hinch, E.J. 1997
 {\quad\sl Start-up of flow of a FENE-fluid through a 4:1:4
 constriction in a tube\quad}
 J.~Non-Newtonian Fluid Mech.\ {\bf72}, 73--86.}
\scites{34}

\item{86.}{Koplik, J., Redner, S. \& Hinch, E.J. 1995
 {\quad\sl Universal and Non-universal first-passage properties of
 planar multipole flows \quad}
 Phys.~Rev.~Lett\ {\bf 74}, 82--85.}
\scites{6}

\item{87.}{Day, Richard F., Hinch, E. John \& Lister, John R. 1998
 {\quad\sl Self-similar capillary pinchoff of an inviscid fluid \quad}
 Phys.\ Rev.\ Lett.\ {\bf 80}, 704--707.}
\scites{129}

\item{88.}{Ianniruberto, G., Marrucci, M. \& Hinch, E.J. 1998
 {\quad\sl Brownian dynamics of concentrated polymers in two dimension
 \quad}
 J.~Non-Newtonian Fluid Mech.\ {\bf 76}, 27--42.}
\scites{2}

\item{89.}{Nicolas, M., Hinch, E.J. \& Guazzelli, E. 1999
 {\quad\sl Wavy instability in liquid-fluidized beds \quad}
 Ind.\ Eng.\ Chem.\ Res.\ {\bf 38}, 799--802.}
\scites{2}

\item{90.}{Hinch, E.J. 1999
 {\quad\sl Mixing, turbulence and chaos -- an introduction \quad}
  pages 37--56 in {\sl Mixing: Chaos and Turbulence\/} 
 edited by H.~Chat\'e, E.~Villermaux \& J.-M.~Chomaz
 Kluwer Academic/Plenum Publishers 1999 for NATO-ASI.}
\scites{4}

\item{91.}{Hinch, E.J. \& Saint-Jean, S. 1999
 {\quad\sl The fragmentation of a lines of balls by an impact \quad}
 Proc.\ R.\ Soc.\ Lond.\ A {\bf 455}, 3201--3220.}
\scites{82}

\item{92.}{Charru, F. \& Hinch, E.J. 2000
 {\quad\sl ``Phase diagram'' of interfacial instabilities in a
 two-layer Couette flow and mechanism of the long-wave instability
 \quad}
 J.~Fluid Mech.\ {\bf 414}, 195-233.}
\scites{67}

\item{93.}{Plourabou\'e, F. \& Hinch, E.J. 2002
 {\quad\sl Kelvin-Helmholtz instability in a Hele-Shaw cell \quad}
 Phys.\ Fluids\ {\bf 14}, 922-929.} 
\scites{21}

\item{94.}{Bertho, Y., Giorgiutti-Dauphin\'e, F., Raafat, T., 
  Hinch E.J., Herrmann, H.J., \& Hulin, J.P. 2002
  {\quad\sl Powder flow down a vertical pipe -- the effect of air flow
  \quad}
  J.~Fluid Mech.\ {\bf 459}, 317--345.}
\scites{21}

\item{95.}{Duru, P., Nicolas, M., Hinch, E.J. \& Guazzelli, E. 2002
 {\quad\sl Constitutive laws in liquid-fluidized beds \quad}
 J.~Fluid Mech.\ {\bf 452}, 371--404.}
\scites{38}

\item{96.}{Hasco\"et, E. \& Hinch, E.J. 2002
 {\quad\sl Linearised impulse-wave propagating down a vertical column
   of heavy particles \quad}
 Phys.\ Rev.\ E {\bf66}, 011307 (7 pages).}
\scites{8}

\item{97.}{Hinch, E.J. \& Kelmanson, M.A. 2003
 {\quad\sl On the decay and drift of free-surface perturbations in
   viscous, thin-film flow exterior to a rotating cylinder \quad}
  Proc.\ R.\ Soc.\ Lond.\ A {\bf 459}, 1193--1213.}
\scites{27}

\item{98.}{Cuhna, F.R., Abade, G.C., Sousa, A.J. \& Hinch, E.J. 2002
 {\quad\sl Modeling and direct simulation of velocity fluctuations and
 particle-velocity correlations in sedimentation \quad}
 J.\ Fluid Eng.\ {\bf 124}, 957--968.}
\scites{27}

\item{99.}{Cunha, F.R., Sousa, A.J. \& Hinch, E.J. 2002
  {\quad\sl Numerical simulation of velocity fluctuations and
  dispersion of sedimentating particles \quad}
  Chem. Engg. Comm.\ {\bf 189}, 1105--1129.}
\scites{6}

\item{100.}{Bergougnoux, L., Ghicini, S., Guazzelli, E. \& Hinch
 E.J. 2003
 {\quad\sl Spreading fronts and fluctuations in sedimentation\quad}
 Phys.\ Fluids\ {\bf 15}, 1875--1887.}
\scites{56}

\item{101.}{Debacq, Hulin, J-P., Salin, D., Perrin, B. \& Hinch,
 E.J. 2003
 {\quad\sl Buoyant mixing of miscible fluids of varying viscosities in
 vertical tubes\quad}
 Phys.\ Fluids\ {\bf15}, 3846--3855.}
\scites{19}

\item{102.}{Rallison, J.M. \& Hinch, E.J. 2003
 {\quad\sl The flow of an Oldroyd fuid past a reentrant corner: the
 downstream boundary layer\quad}
 J.~Non-Newtonian Fluid Mech.\ {\bf 116}, 141--162.}
\scites{23}

\item{103.}{Hinch E.J., Kelmanson, M.A. \& Metcalfe, P.D. 2003
 {\quad\sl Shock-like free-surface perturbations in
 low-surface-tension, viscous, thin-film flow exterior to a rotating
 cylinder\quad} 
 Proc.\ R.\ Soc.\ Lond.\ A {\bf 460}, 2975--2991.}
 \scites{16}

\item{104.}{S\'eon, T., Hulin, J-P., Salin, D., Perrin, B. \& Hinch, E.J. 2004
 {\quad\sl Buoyant mixing of miscible fluids in tilted tubes\quad}
 Phys. Fluids\ {\bf 16}, LL103--106.}
\scites{31}

\item{105.}{Hinch, E.J. \& Plourabou\'e, F. 2005
 {\quad\sl Kelvin-Helmholtz instability in a Hele-Shaw cell: large
 effect from the small region near the meniscus\quad}
  Phys.\ Fluids\ {\bf 17}, 052107 (13 pages).}
\scites{2}

\item{106.}{S\'eon, T., Hulin, J-P., Salin, D., Perrin, B. \& Hinch, E.J. 2004
 {\quad\sl Buoyancy driven miscible front dynamics in tilted tubes\quad}
 Phys.\ Fluids\ {\bf 17}, 031702 (4 pages).}
\scites{32}

\item{107.}{Charru, F. \& Hinch, E.J. 2005
  {\quad\sl Ripple formation on a particle bed sheared by a viscous liquid.
  Part One: steady flow\quad}
  J.\ Fluid Mech.\ {\bf 550}, 111--121.}
\scites{25}

\item{108.}{Charru, F. \& Hinch, E.J. 2005
  {\quad\sl Ripple formation on a particle bed sheared by a viscous liquid.
  Part Two: oscillating flow\quad}
  J.\ Fluid Mech.\ {\bf 550}, 121--137.}
\scites{9}

\item{109.}{Staron, L. \& Hinch, E.J. 2005
  {\quad\sl Discrete simulation of the collapse of granular columns\quad}
  J.\ Fluid Mech.\ {\bf 545}, 1--27.}
\scites{73}

\item{110.}{Larrieu, E., Staron, L. \& Hinch, E.J. 2006
  {\quad\sl Raining into shallow water as a description of the collapse of a
column of grains\quad}
 J.\ Fluid Mech.\ {\bf 554}, 359--270.}
 \scites{32}

\item{111.}{Taberlet, N., Richard, P. \& Hinch, E.J. 2006
  {\quad\sl The S-shape of a granular pile in a rotating drum\quad}
  Phys.\ Rev.\ E\ {\bf 73}, 050301 (4 pages)}
\scites{36}

\item{112.}{S\'eon, T., Hulin, J-P., Salin, D., Perrin, B. \& Hinch,
  E.J. 2006
  {\quad\sl LIF measurements of buoyancy driven mixing in tilted tubes\quad}
  Phys.\ Fluids\ {\bf 18}, 041701 (4 pages).}
\scites{27}

\item{113.}{Etienne, J., Hinch, E.J. \& Li, J. 2006
  {\quad\sl A Lagrangian--Eulerian approach for the numerical
    simulation of free-surface flow of a viscoelastic material\quad}
    J.\ Non-Newtonian Fluid Mech.\ {\bf 136}, 157--166.} 
\scites{20} 

\item{114.}{Staron, L. \& Hinch, E.J. 2007
  {\quad\sl The spreading of a granular mass: role of grain properties
  and initial conditions\quad}
  Granular Matter {\bf 9}, 205-217.}
\scites{30}

\item{115.}{Chehata Gomez, D.C., Bergougnoux, L., Hinch E.J. \&
  Guazzelli, E. 2007 
  {\quad\sl On stratification control of the velocity fluctuations in
  sedimentation\quad}
  Phys.\ Fluids {\bf 19}, 098102 (4 pages).}
\scites{12}

\item{116.}{Seon, T., Znaien, J., Hinch, E.J., Perrin, B., Salin, D.
  \& Hulin, J.P. 2007 
  {\quad\sl Transient buoyancy-driven front dynamics in nearly
  horizontal tubes\quad} 
   Phys.\ Fluids {\bf 19}, 123603 (11 pages).}
\scites{34}

\item{117.}{Seon, T., Znaien, J., Perrin, B., Hinch, E.J., Salin, D. \&
  Hulin, J.P. 2007
  {\quad\sl Front dynamic and macroscopic diffusion in buoyant mixing
  in a tilted tube\quad}
  Phys.\ Fluids {\bf 19}, 125105 (7 pages).}
\scites{23}

\item{118.}{Chehata Gomez, D.C., Bergougnoux, L., Guazzelli, E. \&
  Hinch, E.J. 2008
  {\quad\sl Spreading fronts in sedimentation of dilute suspesnion of
  spheres\quad}
  Phys.\ Fluids {\bf 20}, 023302 (9 pages).}
\scites{10}

\item{119.}{Chiu-Webster, S., Hinch, E.J. \& Lister, J.R. 2008
  {\quad\sl Very viscous horizontal convection\quad}
  J.\ Fluid Mech.\ {\bf 611}, 395--426.}
\scites{9}

\item{120.}{Larrieu, E, Hinch, E.J.  and Charru, F. 2009
 {\quad\sl Lagrangian drift near a wavy boundary in a viscous
 oscillating flow\quad}
 J.\ Fluid Mech.\ {\bf 630}, 391--411.}
\scites{3}

\item{121.}{Yokoi, K., Vadillo, D., Hinch, J. \& Hutchings, I. 2009
 {\quad\sl Numerical studies of the influence of the dynamic contact
  angle on a drop impacting on a dry surface.\quad}
  Phys.\ Fluids {\bf 21}, 072102.}
\scites{44}

\item{122.}{Chehata Gomez, D.C., Bergougnoux, L., Guazzelli, E. \&
  Hinch, E.J. 2009
  {\quad\sl Fluctuations and stratification in sedimentation of dilute
  suspensions of spheres\quad}
  Phys.\ Fluids {\bf 21}, 093304 (10 Pages).}
\scites{6}

\item{123.}{Parmar, N.H., Tirumkudulu, M.S. \& Hinch, E.J. 2009
  {\quad\sl Coating flow of viscous Newtonian liquids on a rotating
  vertical disc \quad}
  Phys.\ Fluids {\bf 21}, 103102 (8 pages).}
\scites{2}

\item{124.}{Znaien, J., Hallez, Y., Moisy, F., Magnaudet, J., Hulin, J.P., 
  Salin, D. and Hinch, E.J. 2009 
 {\quad\sl Experimental and numerical investigations of flow structure and 
  momentum transport in a turbulent buoyancy-driven flow inside a 
  tilted tube\quad} 
  Phys. Fluids {\bf 21}, 115102 (10 pages.)}
\scites{13}

\item{125.}{Hinch, E.J. 2010
 {\quad\sl Determining the equation of state of highly plasticised
metals from boundary velocimetry Part II. An inverse problem or not\quad}
 J.\ Eng.\ Maths {\bf 68}, 279--289.}
\scites{3}

\item{126.}{Elisabeth Guazzelli and John Hinch 2011
{\quad\sl Fluctuations and instability in sedimentation\quad}
 Annual Reviews in Fluid Mechanics {\bf 43}, 97--116.}
\scites{73}

\item{127.}{John Hinch 2010
 {\quad\sl A perspective of Batchelor's research in Micro-hydrodynamics\quad}
 J.\ Fluid Mech.\ {\bf 663}, 8--17.}
\scites{2}

\item{128.}{John Hinch 2011
 {\quad\sl The measurement of suspension rheology \quad}
 J.\ Fluid Mech.\ {\bf 686},~1--4.}
\scites{7}

\item{129.}{Yuri D. Sobral and E. John Hinch 2011
 {\quad\sl Gravitational Overturning in Stratified Particulate Flows \quad} 
 SIAM J.\ Appl.\ Math.\ {\bf 71},~2151--2167.}
\scites{1}

\item{130.}{Castrej\'on-Pita, J.R., Castrej\'on-Pita, A.A., Hinch, E.J., Lister, J.R. \& Hutchings, I.M. 2012
 {\quad\sl  Self-similar Breakup of Near-inviscid Fluids\quad}
 Phys.\ Rev.\ E.\ {\bf 86}, 015301 (4 pages).}
\scites{15}

\item{131.}{Abdelhaye, Y.O.M., Chaouche, M., Chapuis, J., Charlaix, E., Hinch, J., Roux, S. \& Van Damme, H. 2012
 {\quad\sl Tackiness and cohesive failure of granular pastes: Mechanistic aspects\quad}
   Euro.\ Phys.\ J.\ E {\bf 35}, 45 (8 pages). }

\item{132.}{Hinch, J. 2013
 {\quad\sl Particles impacting on a granular bed\quad}
 J.\ Eng.\ Maths.\ {\bf 84}, 41--48.}

\item{133.}{Yu, Liyan and Hinch, John 2013
 {\quad\sl The velocity of 'large' viscous drops falling on a coated vertical fibre\quad}
  J.\ Fluid Mech.\ {\bf 737}, 232--248.}
\scites{1}

\item{134.}{Yu, Liyan and Hinch, John 2014
 {\quad\sl Drops of power-law fluids falling on a coated
vertical fibre\quad}
  J.\ Fluid Mech.\ {\bf 751}, 184--215.}

\item{135.}{Jos\'e Rafael Castrej\'on-Pita, Alfonso Arturo Castrej\'on-Pita, Sumeet Suresh Thete, Krishnaraj Sambath, Ian M. Hutchings, John Hinch, John R. Lister, and Osman A. Basaran 2015
 {\quad\sl Plethora of transitions during breakup of liquid filaments \quad}
 www.pnas.org/cgi/doi/10.1073/pnas.1418541112 (6 pages).}
\scites{14}

\item{136.}{Sobral, Yuri D. and  Hinch, E. John 2017 {\quad\sl Finite amplitude steady-state one-dimensional waves in fluidized beds\quad} 
 Siam J.\ Appl.\ Math.\ {\bf 77}, 247--266.}

\item{137.}{H\'el\`ene de Maleprade, Dan Soto, David Qu\'er\'e, E. John Hinch, Tobias Baier, Maximilian T. Schür,  and Steffen Hardt
 2017 {\quad\sl Air-propelled, herringbone-textured platelets}
 Phys.\ Rev.\ Fluids {\bf 3}, 104101 (14 pages).}

\item{138.}{Abhishek Yadav, E. John Hinch, and Mahesh S. Tirumkudulu 2019
{\quad\sl Capillary-induced motion of particles bridging interfaces
 of a free-standing thin liquid film\/}
 Phys.\ Rev. Lett. {\bf 122}, 098001.} 

\item{139.}{John Hinch 2021
{\quad\sl The much-neglected second normal stress difference\/}
BSR Bulletin\ {\bf 62}, 4--6.}

\item{140.}{John Hinch and Oliver Harlen 2021
{\quad\sl Oldroyd B, and not A?\/}
J.\ Non-Newtonian Fluid Mech.\ {\bf 298}, 104668.\qquad
https://authors.elsevier.com/c/1dzVI1LkSaA~P7
}

\item{141.}{John Hinch, Evgeniy Boyko and Howard A. Stone 2024
 {\quad\sl Fast flow of an Oldroyd-B model fluid through a narrow slowly-varying contraction\/}
 accepted by J.\ Fluid Mech.
}

\item{142.}{Evgeniy Boyko, John Hinch and Howard A. Stone 2024
 {\quad\sl Flow of an Oldroyd-B fluid in a slowly varying contraction: theoretical results for arbitrary values of Deborah number in the ultra-dilute limit\/}
 accepted by to J.\ Fluid Mech.
}



\bye
