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

Plate Heat Exchanger CFD Simulation

Episode
01
Run Time
15m 24s
Published
Oct 10, 2024
Course Progress
0%
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About This Episode

Dive into the world of Plate Heat Exchangers through our comprehensive ANSYS Fluent CFD simulation training videos. This module is designed to introduce learners to advanced techniques for simulating and analyzing standard plate heat exchangers, widely used across various industries for their compact design and high efficiency.

Plate Heat Exchangers are known for their excellent heat transfer performance, flexibility, and ease of maintenance, making them essential in applications ranging from food processing and pharmaceuticals to HVAC systems and chemical industries. Our video tutorials will guide you through using ANSYS Fluent to master the simulation techniques specific to these versatile heat transfer devices.

Key Focus Areas:

Understanding the flow channels and heat transfer mechanisms in standard plate heat exchangers
Setting up boundary conditions and fluid properties for accurate simulations
Analyzing turbulent flow patterns and heat transfer in narrow channels
Investigating the effects of chevron angle and plate spacing on performance
Exploring single-phase and multi-phase flow simulations in plate heat exchangers

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

Navigate ANSYS Fluent’s interface for plate heat exchanger simulations
Set up and refine boundary conditions for various operational scenarios
Implement turbulence models suitable for plate heat exchanger flow regimes
Run and manage both steady-state and transient CFD simulations
Visualize and interpret complex flow patterns and temperature distributions
Analyze pressure drop and heat transfer coefficients in plate arrangements
Compare performance metrics for different plate designs and configurations

By completing this module, you’ll gain in-depth knowledge of how to effectively use ANSYS Fluent for simulating and analyzing standard plate heat exchangers. This expertise is crucial for understanding heat exchanger performance, predicting operational behavior, and interpreting simulation results for design optimization.

This course is ideal for thermal system engineers, process designers, R&D professionals, and graduate students specializing in heat transfer and fluid dynamics. Our step-by-step video tutorials are designed to guide users through the intricacies of plate heat exchanger simulation techniques in ANSYS Fluent, focusing on analysis and result interpretation rather than model setup.