HEAT EXCHANGER: BEGINNER

HEAT EXCHANGER: BEGINNER

10
2h 37m 47s
  1. Section 1

    PLATE Heat Exchanger

  2. Section 2

    CHEVRON Plate Heat Exchanger

  3. Section 3

    MIXING TAB in Planar Heat Exchanger

  4. Section 4

    REVERSE CROSS Flow Plate Heat Exchanger

  5. Section 5

    DOUBLE PIPE Counter Flow Heat Exchanger

  6. Section 6

    SHELL and HELICAL TUBE Heat Exchanger

  7. Section 7

    SPIRAL BAFFLE in Shell and Tube Heat Exchanger

  8. Section 8

    VERTICAL Shell and SPIRAL Tube Heat Exchanger

  9. Section 9

    SPIRAL Heat Exchanger

  10. Section 10

    FINNED TUBE Heat Exchanger

MR CFD
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HEAT EXCHANGER: BEGINNER — Ep 01

Double Pipe Counter Flow Heat Exchanger CFD Simulation

Episode
01
Run Time
13m 42s
Published
Oct 10, 2024
Course Progress
0%
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About This Episode

Explore the fundamental principles of heat transfer through our ANSYS Fluent CFD simulation training videos focused on Double Pipe Counter Flow Heat Exchangers. This module offers a comprehensive introduction to simulating and analyzing one of the most basic yet widely used heat exchanger configurations in industry.

Double Pipe Counter Flow Heat Exchangers are renowned for their simplicity, reliability, and effectiveness in various applications, from small-scale laboratory setups to industrial processes. These heat exchangers are characterized by two concentric pipes where fluids flow in opposite directions, maximizing the temperature difference along the exchanger length and enhancing heat transfer efficiency.

Key Focus Areas:

Understanding the principles of counter flow arrangement in double pipe heat exchangers
Analyzing temperature profiles and heat transfer rates along the exchanger length
Investigating the effects of flow rates and fluid properties on heat exchanger performance
Exploring the impact of different pipe materials and dimensions on heat transfer efficiency

Through our detailed video tutorials, you’ll learn to:

Navigate ANSYS Fluent’s interface for double pipe heat exchanger simulations
Set up appropriate boundary conditions for counter flow arrangements
Implement suitable models for fluid flow and heat transfer in concentric pipes
Run and manage steady-state CFD simulations for double pipe configurations
Visualize and interpret temperature distributions and velocity profiles
Analyze heat transfer coefficients and overall heat transfer rates
Evaluate the performance metrics of double pipe counter flow heat exchangers

By completing this module, you’ll gain valuable insights into using ANSYS Fluent for simulating and analyzing Double Pipe Counter Flow Heat Exchangers. This knowledge forms a crucial foundation for understanding more complex heat exchanger designs and is essential for thermal system optimization across various industries.

This course is ideal for engineering students, process engineers, HVAC designers, and professionals involved in thermal system design and analysis. Our step-by-step video tutorials will guide you through the simulation process, focusing on practical applications of CFD techniques for this classic heat exchanger type.

Whether you’re new to heat exchanger analysis or looking to refine your simulation skills, this module will provide you with the tools to effectively model and analyze Double Pipe Counter Flow Heat Exchangers using ANSYS Fluent.