hydraulics, Civil Engineering

Assignment Help:
In this question we consider a bended outlet of pipe flow AB. End A is attached to an
incoming pipe by a flange connection. The pipe diameter at A is the same as the incoming
pipe, dA=10cm. The flow is converged and bended through a short transition, which
dissipated 50% of the kinematic flow energy at point A. After the transition, the flow goes
through a narrow pipe with diameter dB=5cm, and eventually shorts out from point B as a
free jet flow. The flow at point A is in the horizontal direction, and the flow at point B is at
an angle 30° to the horizontal direction. Point B is 50cm above the pipe’s axis at point A. We
consider a steady flow with a discharge Q=0.01m3/s.
You can that AB is short enough for neglecting frictional head loss, but is long enough to
ensure well-behaved flow at A and B.

Related Discussions:- hydraulics

Explain the term - characteristic strength, Explain the term - Characterist...

Explain the term - Characteristic Strength The strength of  a material below which not more than 5 percent results are expected to fall is considered as the characteristic stre

Explain the normal depth equation, Explain the Normal Depth Equation T...

Explain the Normal Depth Equation The equation is derived from the Chezy-Manning equation. As written below it determines the diameter of a circular storm or sanitary sewer wh

Plant location and facility layout, Plant Location and Facility Layout: ...

Plant Location and Facility Layout: This unit explain the general definition of Plant location and facility layout. Several factors affecting the location decision of a firm o

Steel truss 15 m span, types of truss of 15 m cantilever with 1000 kg on fr...

types of truss of 15 m cantilever with 1000 kg on free end. May be steel or any lightest material aluminium anodized truss. thanks

Surveying, how to defined work from whole to the part

how to defined work from whole to the part

Classification of timber based on grading, Classification Based on Grading:...

Classification Based on Grading: IS 883-1970 classifies the structural timber into 3 grades-select grade, grade I and grade II. The classification is depend on, defects, permi

Railway bridge, how to measure the waterways of railway bridges

how to measure the waterways of railway bridges

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