Viscosity can be defining as
resistance of fluids to flow at a specified temperature. The fundamental
benefit of the technology is that it empowered us for the discovery of new
devices. Rehometer is from one of that devices. Fundamentally Rehometer is use
in a branch of physics know as Rheology
which use in calculating the flow of fluids. For instance, the time when force
is implement on liquid slurry or suspension, their behavior will be different
with different quantity of force. The Rheometer facilitate us to calculate it. That
slurry liquid includes many substances like mud, polymers, blood etc. Rheometer
is the only device that measure all the parameters and values of these liquids
particularly the Viscosity. Rheometers are classify in two types based on their
use and applications.
- Shear rheometers
- Extensional rheometers
All these devices may have the same
aim but the applications and the external forces differs as said by the
parameters of the fluid that are to be measured. For measuring the Viscosity
& Rheology of the substance Shear rheometers or rotational rheometers are
sub categorize on the bases of needs of application that are mention below
- Pipe Rheometers
- Capillary Rheometers
- Rotational Cylinder
- Cone and plate Rheometers
- Liner shear Rheometrs
Each type is specified for specific
number of substance. This specification is based on the nature of the substance
along with accuracy rate of Viscosity & Rheology at specified temperature
level. Viscosity is measured in different Industries like food industry,
Pharmaceutical Industries and many more. In food industry Viscosity is mostly
measured for maintaining the quality of the product. Temperature plays a vital
role in measuring the Viscosity & Rheology of any substance. A minor change
in temperature may affect the results of Viscosity plus Rheology.
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