Performance Optimization of Turbomachinery
( 25 Modules )

Module #1
Introduction to Turbomachinery
Overview of turbomachinery, importance of performance optimization, and course objectives

Module #2
Fundamentals of Turbomachinery
Basics of turbomachinery design, types of turbomachinery, and operating principles

Module #3
Performance Metrics for Turbomachinery
Understanding key performance metrics such as efficiency, specific speed, and specific diameter

Module #4
Thermodynamic Cycles for Turbomachinery
Review of thermodynamic cycles relevant to turbomachinery, including Brayton and Rankine cycles

Module #5
Compressor Performance Optimization
Optimization techniques for compressor performance, including blade design and stage matching

Module #6
Compressor Aerodynamics and Heat Transfer
Aerodynamic and heat transfer considerations for compressor design and optimization

Module #7
Turbine Performance Optimization
Optimization techniques for turbine performance, including blade design and nozzle design

Module #8
Turbine Aerodynamics and Heat Transfer
Aerodynamic and heat transfer considerations for turbine design and optimization

Module #9
Gearbox and Bearing Systems
Design and optimization of gearbox and bearing systems for turbomachinery

Module #10
Material Selection for Turbomachinery
Materials selection for turbomachinery components, including blades, discs, and casings

Module #11
Structural Analysis for Turbomachinery
Structural analysis techniques for turbomachinery design, including FEA and CFD

Module #12
Aeromechanical Instability in Turbomachinery
Aeromechanical instability phenomena in turbomachinery, including flutter and surge

Module #13
Rotordynamics and Vibration Analysis
Rotordynamics and vibration analysis for turbomachinery, including balancing and alignment

Module #14
Cooling Systems for Turbomachinery
Design and optimization of cooling systems for turbomachinery, including air and liquid cooling

Module #15
Sealing and Clearance Optimization
Optimization of sealing and clearance design for turbomachinery, including labyrinth and honeycomb seals

Module #16
Performance Optimization using CFD and FEA
Application of CFD and FEA for performance optimization of turbomachinery components

Module #17
Surrogate-Based Optimization for Turbomachinery
Surrogate-based optimization methods for turbomachinery performance optimization, including response surface methodology

Module #18
Multi-Objective Optimization for Turbomachinery
Multi-objective optimization methods for turbomachinery performance optimization, including Pareto optimization

Module #19
Machine Learning for Turbomachinery Performance Optimization
Application of machine learning techniques for turbomachinery performance optimization, including neural networks and Gaussian processes

Module #20
Unsteady Flow and Turbulence Modeling
Unsteady flow and turbulence modeling for turbomachinery, including RANS, LES, and DNS

Module #21
Experimental Methods for Turbomachinery Performance Optimization
Experimental methods for turbomachinery performance optimization, including wind tunnel testing and rig testing

Module #22
Instrumentation and Data Acquisition for Turbomachinery Testing
Instrumentation and data acquisition techniques for turbomachinery testing, including pressure and temperature measurement

Module #23
Case Studies in Turbomachinery Performance Optimization
Real-world case studies of performance optimization for various turbomachinery applications

Module #24
Future Directions in Turbomachinery Performance Optimization
Emerging trends and future directions in turbomachinery performance optimization, including digital twin and artificial intelligence

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Performance Optimization of Turbomachinery career

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Performance Optimization of Turbomachinery ( 25 Modules )

Performance Optimization of Turbomachinery
( 25 Modules )