Explain the kinematic viscosity, Civil Engineering

Assignment Help:

Explain the Kinematic Viscosity

Ratio of a fluid's Viscosity to the same fluid's Density. 

Greek symbol: ν nu   

ν = μ/ρ = Absolute Viscosity/Mass Density   

Units: ft2 /sec


Related Discussions:- Explain the kinematic viscosity

Jacking face for pipe-jacking, Ground settlement occurs ahead or behind the...

Ground settlement occurs ahead or behind the jacking face for pipe-jacking? It's reported by Lake (1992) that settlements are expected at ground surface at a distance of 1-2 ti

Determine the plastic limit of the soil, The liquid limit of a clay soil is...

The liquid limit of a clay soil is 56% and its plasticity index is 15%.  (a) Name the state of consistency is this material at a water content of 45% ? (b) Determine the plas

Road base and base course in flexible carriageway, Road base vs. base cours...

Road base vs. base course in flexible carriageway Roadbase is the most significant structural layer in bituminous pavement. It's designed to take up the function of distributi

What is uniformly distributed surcharge, A retaining wall with a smooth ve...

A retaining wall with a smooth vertical back, 4.5 m high, retains a dry cohesionless backfill level with the top of the wall. γ = 18.6 kN/m 3 and φ = 30°. The backfill carries a u

Purposes of subdivision of tunnelling faces, Purposes of subdivision of tun...

Purposes of subdivision of tunnelling faces in Sprayed Concrete Linings (SCL) method In using sprayed concrete lining methods for lining a large tunnel in soft ground, tunnelli

Determine the final volume of the compacted soil, 30,000-yd 3 of banked so...

30,000-yd 3 of banked soil from a borrow pit is stockpiled before being trucked to the jobsite.  The soil has 28% swell and shrinkage of 18%.  The final volume of the compacted so

Hydraulics, The atmospheric pressure is given 680 mm Hg at a certain mounta...

The atmospheric pressure is given 680 mm Hg at a certain mountain location of elevation 2000 m. air density is 1.007 kg/m3. Find the pressure in kPa.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd