Ansys Simulation Suite _ From Physics to Practice in CFD _ Module 5
cfd
Module 5: Computational Fluid Dynamics Industrial Applications
- Rating
- 5.0
- Level
- Advanced
- Length
- 52h 17m
- Lessons
- 88
- Taught in
- Arabic
What you’ll learn
- Understand the fundamental principles of fluid mechanics, heat transfer, and computational fluid dynamics
- Apply governing equations including continuity, momentum, and energy equations in CFD simulations
- Perform steady-state and transient CFD simulations using ANSYS Fluent
- Optimize engineering systems for performance, efficiency, thermal management, and sustainability
- Build strong practical and theoretical foundations for advanced CFD and multiphysics simulations
- Conduct multiphase flow, heat transfer, combustion, and spray simulations
About this course
This course provides a comprehensive and industry-oriented introduction to Computational Fluid Dynamics (CFD), focusing on both the theoretical foundations and practical implementation of fluid flow and heat transfer simulations using the ANSYS Fluent environment.
The course is designed to equip engineers and researchers with the knowledge required to model, analyze, and optimize complex fluid and thermal systems across a wide range of industrial applications. Students will develop a strong understanding of governing equations, turbulence modeling, numerical methods, meshing strategies, boundary condition definition, solver setup, convergence monitoring, and post-processing techniques.
Throughout the course, practical case studies and real engineering projects will be explored in multiple sectors including aerodynamics, turbomachinery, HVAC systems, renewable energy, combustion, automotive engineering, aerospace, electronics cooling, multiphase flow, spray systems, process engineering, marine applications, biomedical flow analysis, and industrial thermal management.
Special emphasis is placed on simulation accuracy, mesh quality, numerical stability, validation methodologies, and engineering interpretation of results to ensure students gain practical industrial-level CFD experience. By the end of the course, learners will be capable of performing complete CFD workflows from geometry preparation to advanced result analysis and design optimization for real-world engineering applications.
Course content
1 section · 88 lessons · 52h 17mModule 5: Ansys computational fluid dynamics (CFD)
88 lessons · 52h 17m- 015.I. 1 : Simulation accuracy parametric study CFD _ I35 minIn trial
- 025.I. 2 : Simulation accuracy parametric study CFD _ II53 minIn trial
- 035.I. 3 : External flow over Tank (CFD)52 minIn trial
- 045.I. 4 : FSI analysis (CFD)34 min
- 055.I. 5 : CFD Wind Turbine Analysis (1)59 min
- 065.I. 6 : CFD Wind Turbine Analysis (2)51 min
- 075.I. 7 : CFD Airfoil _ P147 min
Earn a certificate
Finish every lesson to earn a LearnU certificate with your name, ready to download and share on LinkedIn.
Included with the membership and with this course