Mastering Thermal CFD simulations with Ansys CFX

Mastering Thermal CFD simulations with Ansys CFX free download

Analyze heat transfer in solids, fluids, heat exchangers, and cooling systems using thermal CFD and CHT in Ansys CFX

Mastering Heat Transfer: Theory to Practical Simulation Analysis

This course provides a complete learning path from the fundamentals of heat transfer to advanced simulation-based analysis. Beginning with core concepts like conduction and convection, you'll progressively explore conjugate heat transfer in a variety of real-world applications.

Ideal for engineering students, CFD learners, and professionals working in thermal system design and analysis, this course bridges theory and simulation to help you gain hands-on experience.

Each section integrates clear theoretical explanations with practical simulation results and comparative analysis. You’ll explore heat transfer behavior in diverse components—heat exchangers, power transformer radiators, electronic cooling solutions, heating coils, mixing pipes, turbine blades, and more—enabling a deep understanding of thermal performance across industries.

Topics Covered:

• Fundamentals of Heat Transfer

• Heat Transfer in Flat Plates

• Heat Transfer in Internal Pipe Flow

• Combined Internal and External Flow in Pipes

• Heat Transfer in Shell-and-Tube Heat Exchangers

• Thermal Analysis of Heating Coils

• Cooling Analysis in Electronic Heat Sinks

• Thermal Mixing in Pipe Junctions

• Heat Transfer in Power Transformer Radiators

• Fin-and-Tube Heat Exchanger Simulation

• Turbine Blade Cooling Techniques

• Transient (Time-Dependent) Heat Transfer Analysis

• Parametric Study for Performance Comparison

• Optimization of Thermal Designs

• Coupled Thermal-Fluid-Structural Analysis in Wing Structures

This course bridges theory and application—ideal for anyone aiming to master thermal analysis using engineering simulations. Whether you're a student, researcher, or industry professional, this course equips you with the tools to analyze, interpret, and optimize thermal systems effectively. Simulations are used to reinforce theory, ensuring a hands-on and intuitive understanding of heat transfer behavior.