Axial Fan CFD + FEA + FSI Simulation in TCAE | Blade Deformation, Stress & Noise Analysis

Описание: Axial Fan CFD + FEA + FSI Simulation in TCAE | Blade Deformation, Stress & Noise Analysis
Ever wondered what really happens inside an axial fan?

It’s not just airflow.
It’s aerodynamic loading, blade deformation, structural stress, vibration, and noise — all interacting at the same time.
And this is exactly where many fan designs fail.

In this video, we demonstrate a fully coupled Axial Fan CFD + FEA + FSI simulation using TCAE, showing how multiphysics simulation reveals problems that traditional CFD alone cannot detect.

🔬 What’s Simulated in TCAE

Aerodynamic performance of the axial fan
Blade deformation under real operating loads
Structural stress and fatigue-critical regions
Fluid–Structure Interaction (FSI) effects
Performance optimization without physical prototypes

💼 Engineering & Business Value

Reduce physical testing and redesign cycles
Detect blade fatigue risks early
Improve efficiency and reliability
Make confident, data-driven design decisions
Scale simulations from laptop to HPC

🧠 Why TCAE

Benchmark-validated CFD solvers
Transparent, open-source-based physics
Integrated CFD + FEA + FSI in one workflow
Backed by 50+ man-years of simulation expertise
Used across real turbomachinery projects

CFD isn’t a quick win.
It’s science, validation, and experience — and TCAE is built for engineers who care about all three.

📘 Case Study & Resources

👉 Axial Fan CFD + FEA + FSI Case Study
https://www.cfdsupport.com/axial-fan-...

👉 Full PDF Engineering Report
https://www.cfdsupport.com/download/T...

If you design fans, turbines, pumps, or rotating machinery — this workflow applies directly to your work.

Web: http://www.cfdsupport.com/
Facebook:   / cfdsupport  
LinkedIn:   / cfd-support  

#TCAE #CFD #FEA #FSI #AxialFan #Turbomachinery #EngineeringSimulation #DigitalEngineering #OpenSourceCFD #Multiphysics