This program provides an overview of turbomachinery fundamentals, including compressors, turbines, and pumps. Topics include aerodynamic principles, performance curves, efficiency analysis, and operational troubleshooting.
Course Objectives
Understand turbomachinery fundamentals
Apply aerodynamic and thermodynamic principles
Analyze turbomachinery performance
Design basic turbomachinery components
Optimize efficiency and reliability
Course Content
Introduction to Turbomachinery
Types of Turbomachines (Turbines, Compressors, Pumps)
Fluid Mechanics & Thermodynamics Fundamentals
Energy Transfer in Turbomachinery
Velocity Triangles & Flow Analysis
Blade Design & Aerodynamics
Axial vs Radial Flow Machines
Performance Characteristics & Efficiency
Loss Mechanisms & Performance Optimization
Cavitation & Surge Phenomena
Mechanical Design Considerations
Materials & Stress Analysis
Computational Methods (CFD Basics)
Practical Design Examples & Case Studies
Target Audience
Mechanical Engineers
Design Engineers
Turbomachinery Engineers
Maintenance & Reliability Engineers
Energy & Power Sector Professionals
Assessment & Certification
A Certificate of Attendance will be issued upon successful completion of the training program.
