User Account

All Pages

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

Examine the state of stress at the junction of flange, Examine the state of...

Examine the state of stress at the junction of flange: A beam of I-section as shown in Figure (a) is subjected to a bending moment of 84.928 kN m and a shear force of 106.1 kN

Explain the unit hydrograph method, Q.- Explain the Unit hydrograph Method ...

Q.- Explain the Unit hydrograph Method for estimation of peak flood discharge in a river. Ans.- Unit hydrograph Method A hydrograph is a representation of hydraulic cha

Physics, write short note on terrestrial telescope

write short note on terrestrial telescope

Calculate the hydrostatic force, The steel oil container shown in the figur...

The steel oil container shown in the figure has a circular lid centred on its sloping wall. The lid is hinged at A and held closed with a frictionless stopper at B. The lid is made

Surveying, What is the shrinkage factor

What is the shrinkage factor

Water retaining structure, Question Why do BS8007 specify permissible c...

Question Why do BS8007 specify permissible crack width of water retaining structure as 0.2mm for severe, extremely severe exposure? Answer For break width less than

Pavement design, Types and components of pavement

Types and components of pavement

Explain the bernoulli energy equation, Explain the Bernoulli Energy Equatio...

Explain the Bernoulli Energy Equation Accounts for the fluid energy at any point in a fluid flow system. Units are in ft. Developed for energy without friction. The total energ

Determine the station and elevation of turning point, A -3.00% grade inters...

A -3.00% grade intersects a +1.25% grade at Sta. 85+80 and elevation 210.00 ft.  A 350-ft vertical curve connects the two grades.  Determine the station and elevation of turning po

Design for the limit state of collapse in bending, Design for the limit st...

Design for the limit state of  collapse in bending Following assumptions are taken in the design for the limit state of  collapse in bending or flexure. Plane sections norm

Write Your Message!

Captcha
Order Assignment

Featured Services

Order Now

Popular Subjects

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!

Submit Assignment

Academics

Major Subjects

Majors

Get In Touch

whatsapp: +91-977-207-8620

Phone: +91-977-207-8620

Email: [email protected]

TERMS & POLICIES

HELP & SUPPORT

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