Chapter 2 Fundamental Hydraulic Fluid Mechanics Take the noteEdescribes the viscosity: °E=t/t2 (2-5) The conversion formula between theE and kinematic viscosity is V=(7.31°E- 6.31 )×106 (m/s) (2-6) E (4)Viscosity-temperature:For the viscosity less than 15E and the temperature 30C~150C,the viscosity-temperature formula is describe as following(We can also look up from Fig2-3): (2-7) (5)Viscosity-pressure V。=Uep≈y(1+0.03p) (2-8) (6)Others performances:physical and chemical,such as anti-inflammability, anti-oxygenation,anti-concreting,anti-foam and anti-corrosionetc Homepage List Upwards Dowrwards Retumn ExitChapter 2 Fundamental Hydraulic Fluid Mechanics 7 Take the note describes the viscosity: The conversion formula between the and kinematic viscosity is (m2/s) o 6 o 6.31 (7.31 ) 10 E E  − = −  o E t t t 1 2 = / (4) Viscosity-temperature : For the viscosity less than 15 and the temperature 30 。 C ～150 。 C, the viscosity-temperature formula is describe as following (We can also look up from Fig.2-3): 50 50 ( )n t t  = (2-5) (2-6) (2-7) (5) Viscosity-pressure p 0 0 (1 0.03 ) bp    =  + e p (2-8) (6) Others performances: physical and chemical, such as anti-inflammability, anti-oxygenation, anti-concreting, anti-foam and anti-corrosion etc o Et o E o E