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TECHNICAL MASTERY

CFD for Aerospace& Industry

Master computational fluid dynamics with ANSYS Fluent. From fundamentals to advanced applications, learn to simulate aerodynamics, thermal systems, and turbomachinery with industry-standard tools and workflows.

6
Modules
ANSYS
Fluent
Live
Training
Duration
6 Modules
Comprehensive
Level
Intermediate
Prerequisites
Software
ANSYS
Fluent & Star-CCM+
Projects
Real
Case Studies
TARGET AUDIENCE

Who Should Attend?

This program is designed for mechanical and aerospace engineers with basic fluid mechanics knowledge

Mechanical Engineers

Engineers looking to add CFD skills to their toolkit

Aerospace Engineers

Professionals working on aerodynamic design and analysis

Prerequisites

Basic understanding of fluid mechanics, thermodynamics, and heat transfer is required. Familiarity with engineering software is helpful but not mandatory.

COMPREHENSIVE CURRICULUM

Course Curriculum

6 comprehensive modules from CFD fundamentals to advanced applications

Module Breakdown

Governing equations & physical meaning
Finite volume method fundamentals
Discretization errors & numerical diffusion
Turbulence modeling overview
Boundary conditions & domain setup
Solver types & stability
Interpreting CFD results
Common CFD mistakes
Learning Outcome
Understand the theoretical foundation of CFD and avoid common pitfalls in simulations.

Module Breakdown

Fluent workflow & solver selection
Meshing strategies for aerospace flows
External aerodynamic simulations
Turbulence model selection
Convergence monitoring
Post-processing best practices
Validation against theory/experiments
Case study: UAV aerodynamic analysis
Learning Outcome
Proficiently use ANSYS Fluent for aerospace CFD projects with industry-standard workflows.

Module Breakdown

External flow physics
Far-field boundary placement
Mesh independence studies
Lift/drag extraction
Stall and flow separation
Angle-of-attack sweeps
Performance mapping
Design optimization workflows
Learning Outcome
Conduct professional external aerodynamics simulations for design and optimization.

Module Breakdown

Internal flow physics
Pressure loss modeling
Fan, duct & diffuser flows
Compressor and turbine basics
Rotating reference frames
Thermal effects
Industrial CFD case studies
Design improvement strategies
Learning Outcome
Simulate complex internal flow systems with rotating machinery and thermal effects.

Module Breakdown

Heat transfer fundamentals
Conduction, convection & radiation
CHT setup in CFD
Material properties & interfaces
Electronics and heat sink cooling
Thermal validation techniques
Steady vs transient thermal analysis
Industrial case studies
Learning Outcome
Perform accurate thermal and CHT simulations for real-world engineering problems.

Module Breakdown

Mesh quality metrics
Convergence vs accuracy
Verification & validation
Sensitivity analysis
Reporting CFD results professionally
When NOT to trust CFD
Client-ready reporting
CFD ethics & limitations
Learning Outcome
Deliver professional, validated CFD results with confidence and ethical awareness.
KEY COMPETENCIES

What You'll Master

Key skills and competencies you'll develop throughout the program

CFD Fundamentals

Master governing equations, numerical methods, and turbulence modeling for accurate simulations

External Aerodynamics

Simulate aircraft and UAV aerodynamics with professional workflows and validation techniques

Internal Flows

Analyze HVAC systems, turbomachinery, and rotating machinery with advanced CFD techniques

Thermal Analysis

Perform conjugate heat transfer simulations for electronics cooling and thermal management

Validation & V&V

Learn verification and validation methods to ensure CFD results are trustworthy and accurate

Professional Reporting

Create client-ready CFD reports with proper documentation and ethical result presentation

READY TO START YOUR JOURNEY?

Master CFD for
Aerospace & Industry

Join professionals who have mastered CFD through our comprehensive program. Learn ANSYS Fluent, validate your simulations, and deliver professional results with confidence.

300+
Engineers Trained
4.8/5
Average Rating
ANSYS
Certified Training