Buckingham''s pi-theorem, Mechanical Engineering

Assignment Help:

(a) Show by use of Buckingham's Pi-Theorem that the velocity through an orifice is given by V = √2gH  f D/H , M/ΡVH , σ/ΡV2H .

Where H is the head causing flow, D is the diameter of the orifice, M is the coefficient of viscosity, ρ is mass density, σ is surface tension and g is gravitational acceleration.


Related Discussions:- Buckingham''s pi-theorem

For elevated temperatures, For Elevated Temperatures, Other Materials  ...

For Elevated Temperatures, Other Materials  High temperature creep is a significant phenomenon to be guarded in various machines like gas turbines, missiles, reentry vehicles a

Balancing, what do you mean by static and dynamic unbalance in machinery

what do you mean by static and dynamic unbalance in machinery

Vibronic spectroscopy - quantum and spectroscopy, Vibronic Spectroscopy: In...

Vibronic Spectroscopy: In the harmonic oscillator approximation, simulate the So-S1 absorption spectrum of a diatomic. The simulation should convey both the energies of the transit

Mp, one point cutting tool

one point cutting tool

Frames, Introduction and conclusion on frames

Introduction and conclusion on frames

What is value of drive chain slackness?, (a) What is value of drive chain s...

(a) What is value of drive chain slackness? (b) Write about cleaning procedure and adjustment of drive chain. (c) What is the wear of drive chain, sprocket and adjustment of

Finate element method, procedure/equation for welding of two dissimilar mte...

procedure/equation for welding of two dissimilar mterial in finate element method?

Queuing model, ppt of applying queuing model in railway reservasion

ppt of applying queuing model in railway reservasion

Calculate the force - pulley, Calculate the force - pulley: A string i...

Calculate the force - pulley: A string is passing over a smooth pulley. The string supports the mass m on one side which is to be pulled up with acceleration a. calculate the

Approximate the tension, Approximate the tension: A copper tube 38 mm ...

Approximate the tension: A copper tube 38 mm external diameter and 35 mm internal diameter is nearly wound with a steel wire of 0.8 mm diameter. Approximate the tension at whi

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