We are concerned with fluid having very small thickness flowing on an inclined bottom. The
thickness of the fluid varies by changing time, so that it forms wave propagation, and we …

Fluid flow of thin film on an inclined plane can be modeled from theory of lubrication into a
partial differential equation of the fluid thickness The difficulty in solving the equation is …

We consider a fluid flowing on an inclined channel. The fluid depth is much smaller than the
unity length, so that it can be formulated based on lubrication theory into a single equation of …

Wave propagation is observed on a thin film. The fluid is on an inclined plane so that it can
be modeled based on theory of lubrication. Together with the fluid boundaries, the fluid …

AN IMPLICIT FINITE DIFFERENCE METHOD FOR THIN FILM FLOW Page 1 J. Indones. Math.
Soc. Vol. 29, No. 01 (2023), pp. 99–105. AN IMPLICIT FINITE DIFFERENCE METHOD FOR …

Lubrication theory is applied to model thin film flow on an inclined channel. The flow is
uniform, but it is disturbed by a bump so that it produces a surface wave that is formulated …

A single equation of thin film flow is modeled from lubrication theory. The model is then
solved numerically to simulate wave propagation. The fluid viscosity and surface tension are …