Some of the tests mentioned include flash point and kinematic viscosity.

Errors as kinematic viscosity by this method are less than 5.5% for the systems studied.

The time taken for the level of the liquid to pass between these marks is proportional to the kinematic viscosity.

This method covers both manual and automatic kinematic viscosity determination.

Viscosity index is a measure for the change of kinematic viscosity with temperature.

Kinematic viscosity is the ratio of absolute viscosity to density.

One of the most common instruments for measuring kinematic viscosity is the glass capillary viscometer.

It is important that the kinematic viscosity of each component of the blend be obtained at the same temperature.

The kinematic viscosity of a liquid influences the choice of test most appropriate for measuring its flash point.

The correct dimensions for kinematic viscosity are specified with its value, in SI units.

By multiplying the time taken by the factor of the viscometer, the kinematic viscosity is obtained.

This single equation together with appropriate boundary conditions describes 2D fluid flow, taking only kinematic viscosity as a parameter.

The free energy of activation helps in describing the overall composition dependence of kinematic viscosity.

The effect of temperature on the kinematic viscosity (ν) has also been described by a number of empirical equations.

The CGS unit of kinematic viscosity was named "stokes" after his work.

Mixture data are presented both as kinematic viscosity and as excess Gibbs free energy of activation for flow.

The SI unit of kinematic viscosity is m/s.

The data on the kinematic viscosity have been analyzed using both Arrhenius and non-Arrhenius type equations.

For the momentum balance, kinematic viscosity can be considered to be the momentum diffusivity.

Kinematic viscosity in fluid mechanics.

Re is often given as (lU)/v since p/u isthe inverse of the kinematic viscosity.

The relaxation parameter,, is related to the kinematic viscosity,, by the following relationship:

Bubble viscometers are used to quickly determine kinematic viscosity of known liquids such as resins and varnishes.

The relatively high kinematic viscosity of vegetable oils must be reduced to make them compatible with conventional compression-ignition engines and fuel systems.

The efflux time can also be converted to kinematic viscosities (centistokes, cSt) through the conversion equations.