The mathematics of foam by Breward, C

The influence of non-polar lipids on tear film dynamics by Bruna, M, Breward, C

Mathematical modelling of the overflowing cylinder experiment by Howell, P, Breward, C

Straining flow of a micellar surfactant solution by Breward, C, Howell, P

The drainage of a foam lamella by Breward, C, Howell, P

Straining flow of a micellar surfactant solution by Breward, C, Howell, P

The drainage of a foam lamella by Breward, C, Howell, P

Modelling surfactant systems out of thermodynamic equlibrium by Breward, C, Howell, P

Mathematical modelling of the overflowing cylinder experiment by Howell, P, Breward, C

The effect of polar lipids on tear film dynamics by Aydemir, E, Breward, C, Witelski, T

Slip flow through channels with varying elliptic cross section by Wilmott, Z, Breward, C, Chapman, S

Data for paper 'The effect of ions on the motion of an oil slug through a charged capillary' by Wilmott, Z, Chapman, S, Breward, C

Mathematical modeling of monoclonal conversion in the colonic crypt by Fletcher, A, Breward, C, Chapman, S

Modelling low-salinity oil recovery mechanisms using an ion dissociation model by Wilmott, Z, Breward, C, Chapman, S

The effect of polar lipids on tear film dynamics. by Aydemir, E, Breward, C, Witelski, T

The effect of ions on the motion of an oil slug through a charged capillary by Wilmott, Z, Breward, C, Chapman, S

Coupling Fluid and Solute Dynamics Within the Ocular Surface Tear Film: A Modelling Study of Black Line Osmolarity by Zubkov, V, Breward, C, Gaffney, E

Data for paper "Surface-tension- and injection-driven spreading of a thin viscous film" by Kiradjiev, K, Breward, C, Griffiths, I

Other Authors: “…Breward, C…”

Modelling the interactions between tumour cells and a blood vessel in a microenvironment within a vascular tumour by Breward, C, Byrne, H, Lewis, C

Meniscal fluid dynamics near Marx's line by Zubkov, V, Breward, C, Gaffney, E