Fluids which do not follow the linear relationship between shear stress and rate of deformation are termed as.... fluids.

Related MCQs

• A fluid in which resistance to deformation is independent of the shear stress is known as
• The shear stress velocity gradient relation of the Newtonian fluids is
• Which of the following will resist shear and its rate of deformation will be zero regardless of loading?
• In case of turbulent flow of a fluid through a circular tube (as compared to the case of laminar flow at the same flow rate) the maximum velocity is ....., shear stress at the wall is ....., and the pressure drop across a given length is ....., the correct words for the blanks are, respectively
• In a flow between two stationary parallel plates the shear stress is zero at
• The shear stress distribution for a fluid flowing in between the parallel plates, both at rest, is
• ...... is equal to the product of shear stress due to viscosity and surface area of flow.
• Newton's law of viscosity states that shear stress is directly proportional to
• The shear stress in a turbulent pipe flow
• When the shear stress acting on a fluid is removed