A type of flow in which viscosity increases when the substance is agitated is
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A type of flow in which the viscosity increases when the substance is agitated is called dilatant flow.
Dilatant Flow:
- A dilatant is a non-Newtonian fluid whose shear viscosity increases as stress is applied.
- They are also known as shear thickening fluids.
- When they are pushed harder, they tend to feel more resistant to the force being applied.
- It is usually observed in suspensions and is a deviation from Newton's Law.
- Rheopecty is a similar property in which viscosity increases with cumulative stress or agitation over time.
- The opposite of a dilatant material is pseudoplastic.
Therefore, the flow in which the viscosity of the substance increases when it is agitated is called dilatant flow.
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