Methods
Article details (title - doi link; authors - summary) |
Research topic |
Flow Keywords |
Theory Keywords |
Pressure driven flow cleaning |
Multiphase flow Non-Newtonian fluids Lattice Boltzmann simulation Immiscible fluids Instability Laminar flow |
CFD Lattice-Boltzmann method Numerical simulations |
|
Heat transfer |
Impinging jet; Turbulent transition |
Similarity solution; Laminar flow; Turbulent flow |
Theory
Article details (title - doi link; authors - summary) |
Research topic |
Flow Keywords |
Theory Keywords |
Fluid Mechanics |
Impinging liquid jet; Hydraulic jump; Laminar flow; Turbulent flow; |
Similarity solution; Momentum balance; Velocity profile |
|
Fluid Mechanics |
Impinging liquid jet; Hydraulic jump; Laminar flow; |
Momentum balance; Effect of surface tension |
|
Peeling; Adhesive removal; PolyVinyl acetate (PVA); Petroleum Jelly |
Impinging liquid jet; Laminar flow |
Viscoplastic material cleaning |
|
Chemical decontamination, Enhanced diffusion |
Convective mass transfer, drop, multiphase flow, thin films |
Advection-diffusion model; lubrication approximation; two-phase model |
Applications
Article details (title - doi link; authors - summary) |
Cleaning type |
Flow Keywords |
Theory Keywords |
Hydrophobic liquid soil (silicone oil) Shear-induced flow Thinning of soil layer |
Impinging turbulent liquid jet Horizontal disc Coupled flow (water- viscous liquid) |
Boundary layer treatment Lubrication approximation (oil) Thin films Coupled flow |
|
Peeling Adhesive removal Xanthan gum soiling layer |
Impinging liquid jet Horizontal surface Moving surface Fluorescence modelling |
Momentum balances Thin films Shape of cleaning front First order removal model |
|
wetting |
lubrication, adhesion |
Experiments |
|
fluorescence monitoring; surface cleaning |
Adhesion, Contact self-cleaning |
Experiments |
|
fluorescence monitoring; surface cleaning |
|
Experiments, functional morphology |
|
Contact self-cleaning |
Adhesion |
Experiments |
|
Cohesive removal; adhesive removal; Kraft lignin; membrane cleaning, sticky fouling layers |
Microfiltration; membrane; strength; cake thickness |
Momentum balances; filtration, Darcy’s Law |
|
Mass transfer |
Impinging turbulent liquid jet |
Experiments, mass transfer coefficient, Sherwood number |
|
Radioactive tracer; open surface cleaning |
Impinging liquid jets |
Experiments; Positron emission particle tracking,;CFD |
|
Biofilm; Cleaning; Decontamination |
High pressure washing |
Experiments; Effect of Temperature, pressure and detergent |
|
Cohesive removal; adhesive removal; shearing; |
Thickness; strength; shear stress |
Momentum balances; geometry of nozzle; |
|
Cleaning by moving nozzles |
Nozzle’s spray pattern on complex parts |
Simulation of complex spray cleaning systems |
|
Cleaning by moving nozzles |
Nozzle’s spray pattern on complex parts |
Simulation of complex spray cleaning systems |
|
Surface hygiene, Cleanability, Soil, Layer thickness, Fluorescence |
Optical determination of soil layer thickness |
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