Explain the cross sectional area of flow, Civil Engineering

Assignment Help:

Cross-sectional area of flow (ft2)

(A) For rectangular channels = (w)(d). For trapezoidal channels, divide the flow area into two side triangles and one center rectangle, solve each area, then sum the areas. For circular channels and pipes flowing full = the area of a circle = 0.7854D2 = Π/4 D2.


Related Discussions:- Explain the cross sectional area of flow

How can we reduced frictional losses, How can we reduced frictional losses ...

How can we reduced frictional losses Frictional losses can be reduced by several methods, such as : (a) Over-tensioning the tendons by an amount equal to the maximum frictio

Pavement layers, What role does modulus of elasticity play in the pavement ...

What role does modulus of elasticity play in the pavement layer arrangement

Mechanics of structure, distinush between determinant and indeterminant pla...

distinush between determinant and indeterminant plane trusses

Bronze is an alloy of materials, Bronze is an alloy of which materials? ...

Bronze is an alloy of which materials? Answer : Bronze is an alloy of copper.

Main concern regarding design of pavements, Question If In case a road ...

Question If In case a road passes from side to side a reclaimed land and an existing land, what is key main concern regarding design of pavements? Answer For a breathin

Estimate prestress losses, Given: beam deminsions: flange width=22" FL...

Given: beam deminsions: flange width=22" FLANGE THICKNESS=7" WEB WIDTH=7" SECTION HEIGHT=40" f'c=5000psi f'ci=3500psi fpu=270ksi Ap=eighteen 1/2" diam strands superim

Rcc, what is the density of rcc

what is the density of rcc

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