Strong temperature-dependent-viscosity effects on a rivulet draining down a uniformly heated or cooled slowly varying substrate
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Publication:3556406
DOI10.1063/1.1543583zbMath1185.76398OpenAlexW2048723900MaRDI QIDQ3556406
Brian R. Duffy, Stephen K. Wilson
Publication date: 22 April 2010
Published in: Physics of Fluids (Search for Journal in Brave)
Full work available at URL: https://strathprints.strath.ac.uk/2144/
heat transferwettingchannel flowcoolinggravity wavesnon-Newtonian flowlubricationflow instabilitysubstrates
Related Items (8)
Free convection effects on a vertical cone with variable viscosity and thermal conductivity ⋮ Effect of temperature dependent viscosity on entropy generation in transient viscoelastic polymeric fluid flow from an isothermal vertical plate ⋮ Numerical study on a vertical plate with variable viscosity and thermal conductivity ⋮ Pinning, de-pinning and re-pinning of a slowly varying rivulet ⋮ Navier-Stokes solutions for steady parallel-sided pendent rivulets ⋮ Dynamics of a thin film with temperature-dependent viscosity on a rotating disk ⋮ Non-isothermal flow of a thin film of fluid with temperature-dependent viscosity on a stationary horizontal cylinder ⋮ Thick film flowing down a non-isothermal vertical cylinder
Cites Work
- Nonlinear stability analysis of film flow down a heated or cooled inclined plane with viscosity variation
- On the gravity-driven draining of a rivulet of fluid with temperature-dependent viscosity down a uniformly heated or cooled substrate
- On the gravity-driven draining of a rivulet of a viscoplastic material down a slowly varying substrate
- Effects of viscosity variation on the stability of film flow down heated or cooled inclined surfaces: Long-wavelength analysis
- Longitudinal flow of a lenticular liquid filament down an inclined plane
- A similarity solution for slow viscous flow down an inclined plane
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