If the fluid is isotropic as well as Newtonian, the viscosity tensor will have only three independent real parameters : a bulk viscosity coefficient, that defines the resistance of the medium to gradual uniform compression; a dynamic viscosity coefficient that expresses its resistance to gradual shearing, and a rotational viscosity coefficient which results from a coupling between the fluid flow and the rotation of the individual particles.
42.
\delta = the thickness of the boundary layer : the region of flow where the velocity is less than 99 % of the far field velocity v _ \ infty; x is position along the semi-infinite plate, and Re is the Reynolds Number given by \ rho v _ \ infty x / \ mu ( \ rho = density and \ mu = dynamic viscosity ).
43.
Where \ mu is the dynamic viscosity, a is the particle radius, \ mathbf { v } ^ { \ infty } is the ambient flow, \ mathbf { U } is the speed of the particle, \ mathbf { \ Omega } ^ { \ infty } is the angular velocity of the background flow, and \ mathbf { \ omega } is the angular velocity of the particle.
44.
The total discharge, Q ( having units of volume per time, e . g ., ft?/ s or m?/ s ), is proportional to the intrinsic permeability, K, the cross sectional area, A, and rate of pore pressure change with distance, \ frac { u _ b-u _ a } { L }, and inversely proportional to the dynamic viscosity of the fluid, \ mu.
45.
In these equations " r H " presents the hydrodynamic radius of the colloids, \ nu the speed of electrophoretic migration, \ eta the dynamic viscosity of the solutions, \ varepsilon _ { 0 } dielectric constant in vacuum, \ varepsilon _ { r } is water s relative dielectric constant at 298 K, \ zeta is the zeta potential, " E " is the electric field.
46.
For example, if the mass of the vehicle is 1000 kg, A = 0.1 m ^ 2, h = 0.1mm, and v = 10 m / s and dynamic viscosity of water is 1.002 * 10 ^-3 N * s / m ^ 2 and water density 0.9982 g / cm ^ 3, I get a stopping distance of 206m, assuming the water plane thickness h and wetting area A do not change.
47.
Under the action of gravity, a particle acquires a downward speed of " v " = ? " mg ", where " m " is the mass of the particle, " g " is the acceleration due to gravity, and ? is the particle's George Stokes had shown that the mobility for a spherical particle with radius " r " is \ mu = \ tfrac { 1 } { 6 \ pi \ eta r }, where ? is the dynamic viscosity of the fluid.
How to say dynamic viscosity in Hindi and what is the meaning of dynamic viscosity in Hindi? dynamic viscosity Hindi meaning, translation, pronunciation, synonyms and example sentences are provided by Hindlish.com.
