**I. Cantat, S. Cohen-Addad, F. Elias, F. Graner,
R. Hohler, O. Pitois, F. Rouyer, A. Saint-Jalmes, R.
Flatman (trans.), and S.J. Cox (ed.)** (2013)
Foams:
structure and dynamics.
*Oxford University Press*, Oxford.

ORCID: 0000-0001-6129-3394

**T.G. Roberts and S.J. Cox** (2022)
Predicting Yielding in the Pressure-Driven
Flow of a Bingham Fluid in a Serpentine Channel (preprint).

**S.J. Cox, A. Davarpanah and W.R. Rossen** (2023)
Interface shapes in microfluidic porous media: conditions allowing steady, simultaneous two-phase flow.
*Transp. Porous. Media* **147**: 197-216.
(offprint).

Relevant Surface Evolver files:
pillars
rectangular duct
curved rectangular duct
cylinders

**C. Raufaste, S. Cox, R.E. Goldstein, A.I. Pesci** (2022)
Collapse of a hemicatenoid bounded by a solid wall: instability and dynamics driven by surface Plateau border friction.
*Soft Matter*. **18**:4944-4952.
(preprint).
(Surface Evolver code).

**A. Davarpanah and S.J. Cox** (2022)
Effect of Contact Angle on Capillary Pressure and Liquid Recovery
from Angular Pore Channels (preprint).

**A. Davarpanah and S.J. Cox** (2022)
Prediction of the capillary pressure of fluid surrounding a cylinder
representing an idealized rock structure in porous media. *Eur. Phys. J. Plus* **137**:442.
(preprint).

**C. Raufaste, S.J. Cox and F. Celestini** (2021)
Actuating water droplets on Liquid Infused Surfaces: a rickshaw for droplets.
*Phys. Fluids* **6**:083603.
Preprint
Accompanying video

**S. Cox and T. Davies** (2021)
The evolution of numerical methods for predicting the distribution of surfactant in the bubble-scale dynamics of foams.
*Curr. Opin. Coll. Interf. Sci.* **53**: 101440.
Preprint

**Z. Jing, C. Feng, S. Cox and S. Hutzler**
(2021)
Variation of average coordination number with liquid fraction for two-dimensional foams with finite contact angle.
*Phil. Mag.* **101**: 1048-1060.
Preprint

**T.G. Roberts, S.J. Cox, A.L. Lewis and S.A. Jones**
(2021)
Characterisation and optimisation of foams for varicose vein sclerotherapy.
*Biorheology*. **57**: 77-85.
Preprint

**F. Zaccagnino and S. Cox**
(2020)
Micro-mechanical prediction of the effect of surfactant concentration and external friction on the visco-elasto-plastic response of an aqueous foam.
*Soft Matter*. **16**: 8861-8870.
Accepted author version

**S.J. Cox and I.T. Davies**
(2020)
Bubble entrainment by a sphere falling through a horizontal soap foam.
*EPL*. **130**: 14002.
Preprint

**T.G. Roberts and S.J. Cox**
(2020)
An analytic velocity profile for pressure-driven flow of a Bingham fluid in a curved channel.
*J. non-Newt. Fl. Mech.*. **280**: 104278.
Preprint

**D. Vitasari, S. Cox, P. Grassia and R. Rosario**
(2020)
Effect of surfactant re-distribution on the flow and stability of foam films.
*Proc. R. Soc. A*. **476**: 20190637.
Preprint

**F.J. Headley and S.J. Cox** (2019)
Least-perimeter partition of the disc into N regions of two different
areas. *Euro. Phys. J. E*. **42**: 92.
DOI.
Preprint.
Cover Image.
Highlight
article.

**A. Audebert, A. Saint-Jalmes, S. Beaufils, V. Lechevalier, C. Le
Floch-Fouere, S. Cox, N. Leconte and S. Pezennec** (2019)
Interfacial properties, film dynamics and bulk rheology: a multi-scale approach to dairy protein foams.
*J. Colloid. Inter. Sci.* **542**: 222-232.
Accepted author version.

**R.J. Whittaker and S.J. Cox** (2019)
Stability of a twisted Plateau border with line tension and bending stiffness.
*IMA J. Appl. Math.* **84**: 385-415.
Preprint

**A. Mughal, S.J. Cox, D. Weaire, S.R. Burke and S. Hutzler** (2018)
Demonstration and
interpretation of "scutoid" cells in a quasi-2D soap froth. *Phil. Mag. Letts.* **98**: 358-364.
Preprint and Physics
World coverage.

**F. Zaccagnino, A. Audebert and S.J. Cox** (2018)
Simulation of surfactant transport during the
rheological relaxation of two-dimensional dry foams.
*Phys. Rev. E*. **98**: 022801.
Preprint

**S.J. Cox, A.M. Kraynik, D. Weaire and S. Hutzler**
(2018)
Ideal wet two-dimensional foams and emulsions with finite contact angle.
*Soft Matter*. **14**: 5922-5929.
Preprint

**M.A.C. Teixeira, S. Arscott, S.J. Cox and P.I.C. Teixeira**
(2018)
When is a surface foam-phobic or foam-philic?
*Soft Matter*. **14**: 5369-5382.
Preprint

**D. Vitasari and S.J. Cox**
(2017)
A viscous froth model adapted to wet foams.
*Coll. Surf. A*. **534**: 8-15.
Preprint

**A. Mughal, S.J. Cox and G. E. Schroeder-Turk**
(2017)
Curvature driven motion of soap cells in toroidal Hele-Shaw cells.
*Interface Focus*.
**7**: 20160106.
Preprint

**S.J. Cox, F. Graner, R. Mosseri and J.-F. Sadoc**
(2017)
Quasicrystalline three-dimensional foams.
*J. Phys. Condens. Matter* **29**: 114001.
Preprint

**J.H. Veldhuis, A. Ehsander, J.-L. Maitre, T. Hiiragi, S. Cox, and
G.W. Brodland** (2017)
Inferring cellular
forces from image stacks, *Phil. Trans. R. Soc. B*.
**372**: 20160261.
Author accepted version

**S.J. Cox and I.T. Davies**
(2016)
Simulations of quasi-static foam flow through a diverging-converging
channel
*Korea-Aust. Rheol. J.* **28**: 181-186.
Postprint.

**M.A.C. Teixeira, S. Arscott, S.J. Cox and P.I.C. Teixeira**
(2015)
What is the shape of an air bubble on a liquid surface?
*Langmuir* **31**: 13708-13717.
Postprint.

**T. Davies, L. Garratt and S. Cox** (2015)
Least area partition of a cylinder into three parts (in Welsh).
*Gwerddon* **20**: 30-43.
Offprint.

**R.J. Whittaker and S.J. Cox** (2015)
Stability of a Helicoidal Surface inside a Cylinder with
Pinned Diameters.
*Quart. J. Mech. Appl. Math.* **68**: 23-52.
Preprint

**L.E. Nonnekes, S.J. Cox and W.R. Rossen** (2015)
Effect of Gas Diffusion on Mobility of Foam for Enhanced Oil
Recovery.
*Transp. Porous Med.* **106**: 669-689.
Preprint.

**S.J. Cox** (2015)
Simulations of bubble division in the flow of a foam past an
obstacle in a narrow channel.
*Coll. Surf A.* **473**: 104-108.
Preprint.

**M. Durand, A.M. Kraynik, F. van Swol, J. Kafer, C. Quilliet, S.J.
Cox, S.A. Talebi and F. Graner** (2014)
Statistical Mechanics of Two-Dimensional Shuffled Foams, part II: Geometry
- Topology Correlation in Small or Large Disorder Limits.
*Phys. Rev. E*. **89**: 062309.
Preprint

**P. Grassia, E. Mas Hernandez, N. Shokri, S.J. Cox, G. Mishuris and
W.R. Rossen** (2014)
Analysis of a Model for Foam Improved Oil Recovery.
*J. Fl. Mech.* **751**: 346-405.

**D.R. Lipsa, R.S. Laramee, S.J. Cox and I.T. Davies** (2014)
Comparative Visualization and Analysis of Time-Dependent, 2D Foam Simulation Data.
*Proc. Computer Graphics & Visual Computing*, R. Borgo, W. Tang (eds), p61-71.

**S.J. Cox and S.A. Jones** (2014)
Instability of
stretched and twisted soap films in a cylinder.
*J. Eng. Math.* **86**: 1-7.
Preprint.

**R. Satomi, P. Grassia, S.J. Cox, G. Mishuris and L. Lue**
(2013)
Diffusion of curvature on a sheared semi-infinite film, *Proc. Roy.
Soc A*.
**469**: 20130359.
Preprint.

**S.J. Cox** (2013) Methods for modelling food cellular
structures and the relationship between microstructure and mechanical and
rheological properties. In Food
microstructures: Microscopy, measurement and modelling, V.J. Morris
and K. Groves (eds), Woodhead Publishing Series in Food Science,
Technology and Nutrition No. 254.

**S.A. Jones, B. Dollet, Y. Meheust, S.J. Cox, I. Cantat**
(2013)
Structure-dependent mobility of a dry aqueous foam flowing along two
parallel channels,
*Phys. Fluids*.
**25**: 063101.
Preprint.

**A.L. Hazel, M. Pailha, S.J. Cox, A. Juel**
(2013)
Multiple states of finger propagation in partially occluded tubes,
*Phys. Fluids*.
**25**: 062106.
Preprint.

**S. Ishihara, K. Sugimura, S.J. Cox, I. Bonnet, Y. Bellaiche,
F. Graner** (2013)
Comparative study of non-invasive force and stress inference methods in
tissue,
*Eur. Phys. J. E*.
**36**: 45.
Preprint.
Cover Image.

**I.T. Davies, S.J. Cox, and J. Lambert** (2013)
Reconstruction of tomographic images of dry aqueous foams,
*Coll. Surf. A*
**438**: 33-40.
Preprint.

**D.J. Ferguson and S.J. Cox** (2013)
The motion of a foam lamella traversing an idealised bi-conical pore with
a rounded central region,
*Coll. Surf. A*
**438**: 56-62.
Preprint.

**S.J. Cox, D.R. Lipsa, I.T. Davies, R.S. Laramee** (2013)
Visualizing the dynamics of two-dimensional foams with FoamVis,
*Coll. Surf. A*
**438**: 28-32.
Preprint.

**C. Raufaste and S. Cox** (2013)
Deformation of a free interface pierced by a tilted cylinder: variation of
the contact angle,
*Coll. Surf. A*
**438**: 126-131.
Preprint.
Example code.

**S.J. Cox, F. Morgan and F. Graner** (2013)
Are large perimeter-minimizing two-dimensional clusters of equal-area
bubbles hexagonal or circular? *Proc. Roy. Soc A*
**469**: 20120392
(Preprint).

**L.E. Nonnekes, S.J. Cox and W.R. Rossen** (2012)
Effect
of Gas Diffusion on Mobility of foam for EOR.
*SPE Annual Technical Conference and Exhibition*, San Antonio,
Texas, U.S.A., 8-10 Oct. 2012

**D.R. Lipsa, R.S. Laramee, S.J. Cox, J.C. Roberts, R. Walker, M.A.
Borkin and H. Pfister** (2012)
Visualization for the Physical Sciences,
*Computer Graphics Forum*, **31**:2317-2347.
Preprint

**C. Raufaste, G. Kirstetter, F. Celestini, S.J. Cox** (2012)
Deformation of a free interface pierced by a tilted cylinder.
*EPL* **99**:24001.
Preprint.

**S.A. Jones and S.J. Cox** (2012)
On the effectiveness of a quasi-static bubble-scale simulation in
predicting the constriction flow of a two-dimensional foam.
*J. Rheol.* **56**:457-471.
Offprint.
Corrected fig 10
(.eps).

**I.T. Davies and S.J. Cox** (2012)
Sphere motion in ordered three-dimensional foams.
*J. Rheol.* **56**:473-483.
Offprint.

**M. F. Vaz, S.J. Cox, and P.I.T. Teixeira** (2011)
Cyclic deformation of bidisperse two-dimensional foams
*Phil. Mag.* **91**:4345-4356.
Preprint.

**M. Durand, J. Kafer, C. Quilliet, S. Cox, S.A. Talebi and
F. Graner** (2011)
Statistical Mechanics of Two-Dimensional Shuffled Foams: Prediction
of the Correlation between Geometry and Topology.
*Phys. Rev. Lett.* **107**:168304.
Preprint.

**S.A. Jones and S.J. Cox** (2011)
The
transition from three-dimensional to two-dimensional foam structures.
*Eur. Phys. J. E* **34**:82.
Preprint.

**D.R. Lipsa, R.S. Laramee, S.J. Cox and I.T. Davies** (2011)
FoamVis: Visualization of 2D Foam Simulation Data.
*IEEE Transactions on Visualization and Computer Graphics*
**17**:2096-2105.
Preprint.

**D.R. Lipsa, R.S. Laramee, R. Walker, J.C. Roberts and S.J. Cox** (2011)
Visualization for the Physical Sciences.
*Eurographics 2011, State of the Art Reports*, p49-73.
Preprint.

**F. Boulogne and S.J. Cox** (2011)
Elasto-plastic
flow of a foam around an obstacle.
*Phys. Rev. E* **83**:041404.
Preprint.

**S.A. Jones, B. Dollet, N. Slosse, Y. Jiang, S.J. Cox, and F.
Graner** (2011)
Two-dimensional
constriction flows of foams.
*Coll. Surf. A.* **382**:18-23.
Preprint.

**L. Ran, S.A. Jones, B. Embley, M.M. Tong, P.R. Garrett, S.J. Cox,
P. Grassia and S.J. Neethling** (2011)
Characterisation, Modification & Mathematical Modelling of Sudsing.
*Coll. Surf. A.* **382**:50-57.
Preprint.

**I.T. Davies and S.J. Cox** (2010)
Sedimentation of an elliptical object in a two-dimensional foam.
*J. Non-Newt. Fl. Mech.* **165**:793-799.
Preprint.

**C. Raufaste, S.J. Cox, P. Marmottant and F. Graner** (2010)
Discrete
rearranging disordered patterns:
Prediction of elastic and plastic behaviour, and application to
two-dimensional foams.
*Phys. Rev. E* **81**:031404.
Preprint.

**S.J. Cox and E. Flikkema** (2010)
The
minimal perimeter for N confined deformable bubbles of equal area.
Elec. J. Combinatorics **17**:R45.

**S.J. Cox, P.I.C. Teixeira, and M.F. Vaz** (2010) Simulation of
defects in bubble clusters. *J. Phys.: Condens. Matter*
**22**:065101. Preprint

**S.J. Cox and G. Mishuris** (2009) Remarks on
the accuracy of algorithms for motion by mean curvature in bounded domains.
*J. Mechanics of Materials Structures* **4**:1555-1572. Preprint

**M.F. Vaz, P.I.C. Teixeira, F. Graner and S.J. Cox** (2009)
Effect of the number of shells on the pressure and energy
of two-dimensional free bubble clusters.
*Coll. Surf. A* **344**:33-36. Preprint

**S.J. Cox, D. Weaire and G. Mishuris** (2009)
The Viscous Froth
Model: steady states and the high-velocity limit.
*Proc. R. Soc. Lond. A* **465**:2391-2405.
Preprint

**I.T. Davies and S.J. Cox** (2009) Sedimenting discs
in a two-dimensional foam. *Coll. Surf. A* **344**:8-14. Draft PDF version.

** G.N. Greaves, M.C. Wilding, S. Fearn, D. Langstaff, F.
Kargl, S. Cox, Q. Vu Van, O. Majerus, C.J. Benmore,
R. Weber, C.M. Martin and L. Hennet** (2008) Detection of First-Order
Liquid/Liquid Phase Transitions in Yttrium Oxide-Aluminum Oxide Melts.
*Science* **322**:566-570.

**C. Quilliet, S. Ataei Talebi, D. Rabaud, J. Kafer, S.J. Cox and F.
Graner** (2008)
Topological and
geometrical disorder correlate robustly
in two-dimensional foams. *Phil. Mag. Lett.* **88**:651-660.
(Preprint).

**S.J. Cox** (2007) Simulations of Two-Dimensional Foam under Couette
Shear. Preprint.

**S.J. Cox and A. Wyn** (2008) Localization of topological changes
in Couette and Poiseuille flows of two-dimensional foams.
*AIP Conf. Proc.* **1027**:836-838. (Draft PDF version)

**S.J. Cox, F. Graner and M.F. Vaz** (2008)
Screening in dry two-dimensional foams.
*Soft Matter*, **4**:1871-1878.
(Draft PDF
version).

**S.J. Cox and E. Janiaud** (2008) On the structure of
quasi-two-dimensional foams. *Phil. Mag. Letts.*
**88**:693-701. (Draft PDF
version).

**S.J. Cox, S. Neethling and H. Wilson** (2008) British
Society of Rheology mid-winter meeting on The Rheology of Foams and
Emulsions. *Applied Rheology* **18**:93-95.

**S. Hutzler, M. Saadatfar, A. van der Net, D. Weaire, and S.J. Cox**
(2008)
The dynamics
of a topological change in a system of
soap films.
*Coll. Surf.
A* **323**:123-131. (Draft PDF
version).

**A. Wyn, I.T. Davies and S.J. Cox** (2008) Simulations
of two-dimensional foam rheology: localization in linear Couette flow
and the interaction of settling discs *Euro. Phys. J. E* **
26**:81-89 Draft PDF version.

**C. Raufaste, B. Dollet, S. Cox, Y. Jiang, and F. Graner**
(2007)
Yield drag in a
two-dimensional foam flow around a circular obstacle: Effect of liquid
fraction. *Euro. Phys. J. E* **23**: 217-228. (Draft PDF
version).

**Peron, N., Cox, S.J., Hutzler, S. and Weaire, D. ** (2007) Steady drainage in
emulsions: corrections for surface Plateau borders and a model for high
aqueous volume fraction. *Euro. Phys. J. E* **22**:
341-351.(Draft PDF
version).

**Hutzler, S., Weaire, D., Cox, S.J., Van der Net, A. and Janiaud, E.**
(2007)
Pre-empting
Plateau: the nature of topological transitions in
foam.
*Europhys. Lett.* **77**: 28002 (Draft PDF version).

**Fortes, M.A., Vaz, M.F., Cox, S.J., and Teixeira, P.I.C.**
(2007)
Instabilities in two-dimensional flower and chain clusters of bubbles.
*Coll. Surf.
A ***309**:64-70. (Draft PDF version).

**Hutzler, S., Cox, S.J., Janiaud, E. and Weaire, D.** (2007)
Drainage induced convection rolls in foams. *Coll. Surf.
A ***309**:33-37. (Draft PDF version).

**Cox, S.J. and Whittick, E.L.** (2006)
Shear modulus of two-dimensional foams: The effect of area dispersity
and disorder. *Euro. Phys. J. E ***21**:49-56 (Draft PDF version).

**Cox, S.J.** (2006) Calculations
of the minimal perimeter for N deformable cells of equal area confined in
a circle. *Phil. Mag. Letts. ***86**:569-578 (Draft PDF version).

**Cox, S.J.** (2006) The
mixing of bubbles in two-dimensional bidisperse foams under extensional
shear. *J. non-Newt. Fl. Mech.* **137**:39-45 (Draft PDF version).

**Weaire, D., Hutzler, S., Drenckhan, W., Saugey, A. and Cox, S.J.**
(2006) The rheology of
foams. *Progr. Colloid Polym. Sci.* **133**:100-105.

**Cox, S.J., Dollet, B. and Graner, F.** (2006) Foam flow
around an obstacle: simulations of obstacle-wall interaction.
*Rheol. Acta.* **45**:403-410 (Draft PDF version).

**Cox, S.J., Alonso, M.D., Weaire, D. and Hutzler, S.** (2006)
Drainage
induced convection rolls in foams - I. Convective bubble motion in
a tilted tube.
*Eur. Phys. J. E* **19**:17-22 (Draft PDF version).

**Saint-Jalmes, A., Cox, S.J., Marze, S., Safouane, M., Langevin, D.
and Weaire, D.** (2006) Experiments
and Simulations of Liquid Imbibition
in Aqueous Foams under Microgravity. *Microgravity Sci. Tech.*.
**18**:108-111.

**Vaz, M.F. and Cox, S.J.** (2005) Two-bubble instabilities in
quasi-two-dimensional foams. *Phil. Mag.
Letts.***85**:415-425 (Draft PDF version).

**Saint-Jalmes, A., Marze, S., Safouane, M., Langevin, D., Cox, S.
and Weaire, D.** (2005) Foam Experiments in the Maxus 6 Sounding Rocket:
towards the ISS
module. * Proc. 17th ESA Symp. European Rockets*. ESA Publications
Division, Noordwijk, The Netherlands **SP-590**:573-578.

**Hutzler, S., Weaire, D., Saugey, A., Cox, S. and Peron, N.** (2005)
The physics of foam drainage. * Proc. 52nd SEPAWA Congress,
Wurzburg,* ed. K. Henning, p191-206.

**Brunke, O., Hamann, A., Cox, S.J. and Odenbach, S.** (2005)
Experimental and numerical analysis of the drainage of aluminium
foams.
*J. Phys.: Condens. Matter* **17**:6353-6362.

**Jurine, S., Cox, S.J. and Graner, F.** (2005)
Dry three-dimensional bubbles: growth-rate, scaling state and
correlations.
*Coll. Surf. A* **263**:18-26.
Preprint.

**Drenckhan, W., Cox, S.J., Delaney, G., Holste, H. and Weaire, D.**
(2005)
Rheology of ordered foams - on the way to Discrete Microfluidics.
*Coll. Surf. A* **263**:52-64.

**Cox, S.J.** (2005)
A Viscous Froth Model for Dry Foams in the Surface Evolver.
*Coll. Surf. A* **263**:81-89. Preprint

**Hutzler, S., Cox, S.J. and Wang, G.** (2005)
Foam drainage in two dimensions.
*Coll. Surf. A* **263**:178-183.
Draft PDF version

**Weaire, D. and Cox, S.**
(2005)
Foams in Microgravity
*Proc. 21st Intl. Congress Theo. Appl.
Mech.* W. Gutkowski and T.A. Kowalewski (eds), Warsaw, Poland,
387-394.
Draft PDF version

**Caps, H., Cox, S.J., Decauwer, H., Weaire, D. and Vandewalle, N.**
(2005)
Capillary rise in foams under microgravity. *Coll. Surf. A*
**261**:131-134. (Postprint)

**Weaire, D., Cox, S.J. and Brakke, K.**
(2005) Liquid foams - Precursors for Solid Foams. In
*Cellular
Ceramics: Structure, Manufacturing, Properties and
Applications*, P. Colombo and M. Scheffler (eds). Wiley
(Draft PDF version).

**Kern, N., Weaire, D., Martin, A., Hutzler, S. and Cox, S.J.** (2004)
Two-dimensional
viscous froth model for foam dynamics *Phys. Rev. E.
* **70**:041411
(Draft PDF
version).

**Cox, S.J., Neethling, S., Rossen, W.R., Schleifenbaum, W.,
Schmidt-Wellenburg, P. and Cillliers, J.J.** (2004)
A theory of the
effective yield stress of foam in porous media: the motion of a soap
film traversing a three-dimensional pore. *Coll. Surf. A*
**245**:143-151
(Draft PDF
version).

**Cox, S.J., Weaire, D. and Verbist, G.** (2004)
Comment
on "Foam
imbibition in microgravity. An experimental study" by H. Caps, H.
Decauwer, M.-L. Chevalier, G. Soyez, M. Ausloos and N. Vandewalle.
*Euro. Phys. J. B * **40**:119-121
(Draft PDF
version).

**Cox, S.J., Weaire, D. and Glazier, J.A.** (2004)
The rheology of two-dimensional foams. *Rheol. Acta. *
**43**:442-448.
(Draft PDF
version).

**Vaz, M.F., Cox, S.J. and Alonso, M.D.** (2004) Minimum energy
configurations of small bidisperse bubble clusters. *J. Phys: Condensed
Matter.* **16**:4165-4175.

**Cox, S.J., and Graner, F.** (2004) Three-dimensional bubble clusters:
shape, packing and growth-rate. *Phys. Rev. E. *
**69**:031409 (Draft PDF version).

**Drenckhan, W., Weaire, D. and Cox, S.J.** (2004)
The
demonstration of conformal maps with two-dimensional foams.
*Eur. J. Phys.* **25**:429-438.

** Weaire, D., Kern, N., Cox, S.J., Sullivan, J.M. and Morgan, F.
** (2004)
Pressures in periodic foams. *Proc. R. Soc. Lond. A*
**460**:569-579.

** Cox, S.J., and Verbist, G.** (2003) Liquid flow in foams under
microgravity. *Microgravity Sci. Tech.* **14**:45-52.
(PDF)

**Cox, S.J. and Graner, F.** (2003)
Large two-dimensional clusters of equal-area bubbles: the influence of the
boundary in determining the minimum-energy configuration. *Phil.
Mag.* **83**:2573-2584. (Draft PDF version)

**Cox, S.J., Vaz, M.F. and Weaire, D.** (2003)
Topological changes
in a two-dimensional foam cluster.
*Euro. Phys. J. E* **11**:29-35. (Draft PDF version)

**Cox, S.J. and Fortes, M.A.** (2003) Properties of
three-dimensional bubbles of constant mean curvature. *Phil. Mag.
Letts.* **83**:281-287.
(Draft PDF
version)

**Weaire, D., Hutzler, S., Cox, S., Kern, N., Alonso, M.D. and Drenckhan, W.**
(2003) The Fluid
Dynamics of Foams. *J. Phys.: Condens. Matter* **15**:S65-S73. (Draft PDF version)

**Cox, S.J., Graner, F., Vaz, M.F., Monnereau-Pittet, C. and Pittet, N.**
(2003) Minimal
perimeter for N identical bubbles in two-dimensions:
calculations and simulations. *Phil. Mag.* **83**:1393-1406.
(Draft PDF version).

**Cox, S.J., Weaire, D. and Vaz, M.F.** (2002) The transition from two-dimensional to
three-dimensional foam structures. *Eur. Phys. J. E*
**7**:311-315. (Preprint)

**Weaire, D., Cox, S.J. and Graner, F.** (2002) Uniqueness, Stability and Hessian
eigenvalues for two-dimensional foam structures. *Eur. Phys. J.
E***7**:123-127. (Preprint).

**Weaire, D., Cox, S.J., Hutzler, S. and Bradley, G.**
(2001) Foams in microgravity. *J. Phys. IV France*** 11**:Pr6-213-220.

**Weaire, D., Banhart, J. and Cox, S.J.**
(2001) Cellular Metals: New Materials, New Applications, New Science. *Proc. Materials Week 2001*.

**Weaire, D., Cox, S.J. and Banhart, J.**
(2001) Methods and models of metallic foam fabrication. In D. Hui (ed) *Proc.
8th Ann. Intl. Conf. Composites Engng.* p977-978.

**Cox, S.J., Bradley, G. and Weaire, D.** (2001) Modelling metallic
foam formation. In *Cellular Metals and Metal Foaming Technology*,
MIT-Verlag, Bremen, p99-104.

**Cox, S.J. and Weaire, D.** (2001)
Comment on "Free-drainage of aqueous foams: container shape effects on
capillarity and vertical gradients".
*Europhys. Lett.***55**:445-446

**Cox, S.J., Bradley, G., Hutzler, S. and Weaire, D.**
(2001) Vertex
corrections in the theory of foam drainage.
*J. Phys: Condens. Matter* **13**:4863-4869.

**Cox, S.J., Bradley, G. and Weaire, D.**
(2001)
Metallic foam processing from the liquid state: the competition
between solidification and drainage. *Eur. Phys. J. AP*
**14**:87-97.(Draft PDF version)

**Cox, S.J. and Cooker, M.J.** (2001)
The Pressure Impulse in a Fluid
Saturated Crack in a Sea Wall. *Coastal Eng.* **42**:241-256.
(Draft PDF version)

**Banhart, J., Baumgartner, F., Cox, S.J., Kronberg, B., Langevin, D.,
Odenbach, S., Weaire, D. and Wubben, T.** (2001)
Development of advanced foams under microgravity. *Proc. 1st
Intl. Symposium on Microgravity Research and Applications in
Physical Sciences and Biotechnology*, Sorrento, Italy, p589-596.

**Weaire, D., Verbist, G., Cox, S.J. and Hutzler, S.** (2001)
Frontiers of the Physics of Foams. *Proc. 1st Intl. Symposium on
Microgravity Research and Applications in Physical Sciences and
Biotechnology*, Sorrento, Italy, p103-108.

**Hutzler, S., Cox, S.J., Weaire, D. and Wilde, P.J.**
(2000) New developments in foam drainage.
In *Foams, emulsions and their applications*, MIT-Verlag, Bremen,
p5-12.

**Cox, S.J., Alonso, M.D., Hutzler, S. and Weaire, D.**
(2000) The Stokes experiment in a foam.
In *Foams, emulsions and their applications*, MIT-Verlag, Bremen,
p282-289. (Draft PDF version).

**Cox, S.J., Weaire, D., Hutzler, S. and Verbist, G.**
(2000) Drainage phenomena in uniform and non-uniform foams.
In *Foams, emulsions and their applications*, MIT-Verlag, Bremen,
p266-273.

**Cox, S.J., Weaire, D., Hutzler, S., Murphy, J., Phelan, R., and Verbist, G.** (2000) Applications and Generalisations of the Foam Drainage Equation.
*Proc. R. Soc. Lond. A* **456**:2441-2464.

**Cox, S.J. and Cooker, M.J.** (2000) Potential Flow Past a Sphere
Touching a Tangent Plane. *J. Eng. Math.* **38**:355-370.

**Phelan, R., Weaire, D., McMurry, S. and Cox, S.J.** (1999)
The
Deformation of Soap Film Junctions by Applied Forces. *Phil. Mag.
Lett*. **79**:887-896.

**Cox, S.J. and Cooker, M.J.** (1999)
The Motion of a Rigid Body Impelled By
Sea-Wave Impact. *Appl. Ocean Res.* **21**:113-127.
(Draft PDF version)

**Cox, S.J. and Cooker, M.J.** (1998) The Effect of Wave Impact on a
Body in the Breaker Zone. *Proc. 13th Intl. Workshop on Water Waves and
Floating Bodies*, Delft, The Netherlands. p15-20.

**Cox, S.** (1997) The County's second Black and White Warbler.
*Norfolk Bird Club Bull.* **22**:47-49.