I needed published articles or any applying reference with experimental data on how temperature affects the settling velocity of particles. How the temperature change also affects the kinematic viscosity of a fluid, not viscosity?
Viscosity increases with temperature for gases and decreases with temperature for liquids. Kinematic viscosity is absolute viscosity divided by density, e.g. Temperature, viscosity and density must be in consistent units, and under the same conditions.
Temperature is inversely proportional to viscosity, the lower the temperature, the greater the viscosity and the higher the temperature, the lower the viscosity.
Dear colleague, please specify your question. Which flow field are you interested in: atmospheric flow, surface water flow, pipe flow, groundwater hydraulics etc.? Depending on the topic, additional processes like temperature impact on fluid or gas density, sorption, desoption, surface tention etc. might be of relevance as well.
Some data of interest might be reported in
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Uwe Hiester Prof. I am concerned with the effect of variation of temperature on the coefficient of kinematic wastewater. Any published article in this area will be of interest to me.
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