Hydrostatic pressure - thermodynamics, Mechanical Engineering

Assignment Help:

Hydrostatic Pressure - Thermodynamics:

It is also called as Pressure due to Depth of Fluid. It is needed to determine the pressure exerted by static fluid column on surface, which is drowned under it. This type of situations arises in water filled boilers, petrol/diesel filled tank in IC engines, aviation fuel stored in the containers of gas turbines etc.

This pressure is called as 'hydrostatic pressure' as it is caused because of static fluid. The hydrostatic pressure is equal in all the directions on lateral surface of tank. Above formula is applicable for gases also. But because of very small value of p (and w), its effect is hardly felt. Thus, it is usually neglected in thermodynamic calculations. One such tank is shown in the figure given below. It contains homogeneous liquid of weight density w. The pressure p exerted by it at depth h can be given by

 

867_Hydrostatic Pressure.png


Related Discussions:- Hydrostatic pressure - thermodynamics

Illustrate the cad interface, CAD*I Interface The CAD*I interface was d...

CAD*I Interface The CAD*I interface was developed within the framework of the ESPRIT Project 322 of the European Commission. The project was started in 1985 and had duration of

Define boot strap air evaporative system, Define the following : (a) Boo...

Define the following : (a) Boot Strap Air Evaporative System (b) Simple VCR System (c) Advantage and disadvantage of VCR system over Air Refrigeration System (d) Reduce

Hartnell Governor, How we could build the working model of hartnell governo...

How we could build the working model of hartnell governor?

Turbines, Illustrate governing Mechanism of Francis turbine.

Illustrate governing Mechanism of Francis turbine.

Head loss, calculate the head required

calculate the head required

Determine the stresses in the shell, Determine the stresses in the shell: ...

Determine the stresses in the shell: A thin spherical shell of 1.5 m diameter & 8 mm thickness is filled having a liquid at an internal pressure of 1.5 N/mm 2 . Determine the

Principle of equilibrium - mechanics, Principle of equilibrium: Sol.:...

Principle of equilibrium: Sol.: Principle of equilibrium can be divided in to three main parts; (1) Two Force Principle: As the Resultant is zero when body is in equili

Mechanics, Stress in thin rotation rims

Stress in thin rotation rims

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