You are currently viewing Effects of Vortices on Flow in Vortex Breaker: Article & Quiz with 7 MCQs II A Comprehensive Guide

Effects of Vortices on Flow in Vortex Breaker: Article & Quiz with 7 MCQs II A Comprehensive Guide

Applications of Vortex Breakers

Effects of Vortices on Flow Quiz

1. Obstruction of Smooth Flow: Effects of Vortices

How do vortices affect the flow of fluids through pipes and nozzles?

2. Gas Entrainment and Two-Phase Flow: Effects of Vortices

What challenges are associated with the gas entrainment caused by rotating vortices?

3. Erosion of Pipes and Fittings: Effects of Vortices

What is the consequence of the constant swirling motion of a vortex near pipe walls?

4. Pressure Drop and Increased Pumping Demand

What impact does the formation of a vortex have on the pressure in the system?

5. Additional Effects

Which of the following is NOT an additional effect of vortices on flow?

6. Reduced Heat Transfer

How do vortices affect the normal heat transfer processes in a fluid system?

7. Controllability of Flow

How do vortices impact the controllability of flow in a fluid system?

Don’t miss the Related Topics on Vortex Breaker

Related Topics on Vortex Breaker
Applications of Vortex Breakers
How Cooling Towers Work
Understanding the Cooling Towers
Topics on Vortex Breaker

Short Article on Effects of Vortices on Flow

Effects of Vortices on Flow:

You’ve identified the four main reasons why vortex formation is undesirable in fluid systems:

1. Obstruction of smooth flow: Vortices act as a rotating mass of fluid that can significantly obstruct the smooth flow of fluids through pipes and nozzles. This can cause a decrease in flow rate and lead to inefficient operation of the system.

2. Gas entrainment and two-phase flow: As vortices rotate, they can create a low-pressure region at their center. This low-pressure region can draw in gases from the surrounding environment, creating a two-phase flow. This presents several challenges, including:

  • Reduced pump efficiency: Pumps are designed to handle liquids, not gas-liquid mixtures. The presence of gas can significantly reduce pump efficiency and lead to cavitation.
  • Increased corrosion: The presence of gas can increase the rate of corrosion in pipes and other system components.
  • Unstable flow: The presence of gas can make the flow in the system more unstable, leading to fluctuations in pressure and flow rate.

3. Erosion of pipes and fittings: The constant swirling motion of a vortex can create a high-velocity zone near the pipe walls. This high-velocity zone can erode the pipe walls and fittings, leading to leaks and equipment failure.

4. Pressure drop and increased pumping demand: The formation of a vortex can create a significant drop in pressure in the system. This pressure drop necessitates a higher pumping force to maintain the desired flow rate, increasing energy consumption and operating costs.

Additional effects:

  • Increased noise: Vortices can generate significant noise due to their turbulent nature.
  • Reduced heat transfer: Vortices can disrupt the normal heat transfer processes in the system, leading to reduced efficiency in cooling and heating applications.
  • Reduced controllability: Vortices can make the flow in the system more difficult to control, leading to process instability and unpredictable behavior.

In conclusion, vortex formation can have several detrimental effects on the performance and efficiency of fluid systems. It’s crucial to take measures to prevent vortex formation by using appropriate design techniques and equipment, such as vortex breakers, to ensure the smooth and efficient operation of your system.

Don’t miss the Course on Effective Isometrics Management: Check Now

Enrollment Link

Recommended courses (Published on EPCLand)

  1. Complete Course on Piping Engineering
  2. Basics of Piping Engineering
  3. Piping Layout Engineering
  4. Piping Material Engineering 
  5. Piping Stress Analysis
  6. Material Requisitions 
  7. Piping Material Specifications
  8. Valve Material Specifications
  9. Plant Design & Layouts-OISD 118
  10. Isometric Management

Library of Technical Articles

Don’t miss out the collection of 15+ articles on following topics:

Video details of Complete Course on Piping Engineering

Complete Course Details

Why Enroll in the EPCLand

Proven Track Record– PTR

Activities & Achievements before launching EPCLand
  • Published more than 50+ short courses
  • 3000+ Enrolments
  • More than 3,500,00 Minutes of watch hours in the last 2 years
  • 4000+ Students in 100+ Countries
  • Rating of 4+ out of 5
  • 1000+ YouTube Videos
  • 8K+ Subscribers

What Students will Learn

  • Codes & Standards of the Energy Sector
  • Piping Material Engineering
  • Piping Layout Engineering
  • Stress Analysis

Interesting facts

  • All the published courses have been developed by Industry Experts with more than 2 decades of experience
  • Content is based on Practical experience and real-time problems.
  • Content is designed and organized in such a manner that it can be easily grabbed.
  • Complete website, Blogs and Quiz sections are Planned, Designed and published by myself (About me: Atul Singla)
  • Complete flexibility of Time & Location, Students can access the content from anywhere & anytime
  • Moreover, once enrolled, the content can be access as many times as you want, which helps in understand the fundamentals in a better way.


In conclusion, our courses are meticulously crafted by industry experts with over two decades of hands-on experience. The content is rooted in practical knowledge, addressing real-time problems. The material is thoughtfully designed and organized for easy comprehension. Every aspect, from the website to blogs and quizzes, has been planned, designed, and executed by Atul Singla, ensuring a comprehensive and seamless learning experience. With the flexibility of accessing the content at any time and from any location, students have the freedom to learn on their terms. Furthermore, enrollment grants unlimited access, allowing learners to revisit the material as often as needed, fostering a deep understanding of the fundamentals.

Leave a Reply