Equation of Continuity

Equation of Continuity? What is a Nozzle? Uses of nozzle on ship

What is the Equation of Continuity?

Definition: The rate at which the mass of fluid enters a system is equal to the rate at which the mass of fluid leaves the system is called the equation of continuity.

Equation of Continuity? What is a Nozzle?
Equation of continuity

This proves the law of conservation of mass and it is applied to tubes, pipes, ducts with flowing fluids or gases, and many more.

What is a Nozzle?

It is a device used to control the direction or characteristics of fluid flow especially to increase the velocity of the fluid. Nozzles are used to change the speed, direction, shape, and pressure that emerges from them.

Convergent Nozzle. Equation of Continuity
Convergent Nozzle
increasing velocity of the nozzle. Equation of Continuity
increasing velocity

Uses of the nozzle in the ship:

  1. Fire hydrants
fire hydrants Continuity
Fire Hydrant

2. Fuel nozzles in the engine to atomize and vapourize the fuel for efficient combustion in the engine.

Fuel nozzles in the engine to atomize and vapourize the fuel for efficient combustion in the engine.Continuity
Fuel Nozzle

3. In a gas turbine for increasing or decreasing the flow of steam.

gas turbine for increasing or decreasing the flow of steam.
Gas Turbine

Note:

If you want to learn more about this topic, we suggest checking out our Combo package with the given link https://www.merchantnavydecoded.com/courses/c/ . It’s a great way to dive deeper into the subject through video explanations. This package covers all the important details and presents them in an easy-to-understand format. Watching the videos will help you grasp the topic better and make learning more enjoyable. So, we highly recommend giving our Combo package a try to enhance your knowledge on the subject.

Disclaimer :- The opinions expressed in this article belong solely to the author and may not necessarily reflect those of Merchant Navy Decoded. We cannot guarantee the accuracy of the information provided and disclaim any responsibility for it. Data and visuals used are sourced from publicly available information and may not be authenticated by any regulatory body. Reviews and comments appearing on our blogs represent the opinions of individuals and do not necessarily reflect the views of Merchant Navy Decoded. We are not responsible for any loss or damage resulting from reliance on these reviews or comments.

Reproduction, copying, sharing, or use of the article or images in any form is strictly prohibited without prior permission from both the author and Merchant Navy Decoded.

0 0 votes
Article Rating
Subscribe
Notify of
guest
0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments