Reverse Cross Flow Plate Heat Exchanger CFD Simulation

**Course Description:**
This comprehensive training course focuses on the CFD simulation of Reverse Cross Flow Plate Heat Exchangers using ANSYS Fluent. Designed specifically for mechanical engineers with intermediate knowledge, this course bridges theoretical heat transfer principles with practical simulation techniques essential for modern heat exchanger design and analysis.

**What You'll Learn:**
- Advanced modeling techniques for counter-flow plate heat exchanger geometries
- Implementation of temperature-dependent material properties for working fluids
- Calculation and interpretation of key performance parameters (NTU, effectiveness)
- Post-processing techniques to visualize and analyze heat transfer phenomena
- Practical approaches to evaluate heat exchanger performance

**Technical Content:**
- Detailed setup of boundary conditions for separated fluid domains
- Implementation of conjugate heat transfer across the separator plate
- Configuration of temperature-dependent properties for Ethylene Glycol
- Advanced turbulence modeling for enhanced accuracy
- Convergence strategies for thermal-fluid coupled problems
- Calculation of heat transfer coefficients and Nusselt numbers

**Practical Applications:**
- HVAC system design and optimization
- Process industry heat recovery systems
- Compact heat exchanger performance prediction
- Thermal management system development
- Energy efficiency analysis and improvement

**Software Requirements:**
- ANSYS Workbench
- ANSYS Fluent

**Course Structure:**
- Module 1: Heat Exchanger Theory and Reverse Cross Flow Fundamentals
- Module 2: Physics Setup and Boundary Conditions
- Module 3: Solver Settings and Solution Strategies
- Module 4: Results Analysis and Performance Evaluation
- Module 5: Case Study: Optimization of a Plate Heat Exchanger Design

**Who Should Attend:**
Mechanical engineers, thermal system designers, HVAC engineers, and CFD analysts who want to enhance their simulation capabilities for heat exchanger applications. Basic knowledge of heat transfer principles and introductory CFD experience is required.