5. Newtonian and Non WHU newtonian fluid The various types Bingham plastic of non-newtonan fluid are distinguished by Shear thinning how their apparent viscosity changes with Shear thickening shear rate Rate of shearing strain, gu dy
WHU 5. Newtonian and Nonnewtonian Fluid The various types of non-newtonan fluid are distinguished by how their apparent viscosity changes with shear rate
WHU 6. Kinematic Viscosity of Fluid Kinematic viscosity v is defined as the radio of the dynamic viscosity to the fluid density. [v]=[LT
WHU 6. Kinematic Viscosity of Fluid Kinematic viscosity is defined as the radio of the dynamic viscosity to the fluid density. = [ ] [ ] 2 −1 = L T
7. Kinematic Viscosity of Water WHU The kinematic viscosity of water can get from the following experience formula 0.01775 (cm/s) 1+0.0337t+0.00022lt
WHU 7.Kinematic Viscosity of Water The kinematic viscosity of water can get from the following experience formula. ( / ) 1 0.0337 0.000221 0.01775 2 2 cm s + t + t =