Advanced Turbomachinery
( 24 Modules )

Module #1
Introduction to Turbomachinery
Overview of turbomachinery concepts, types, and applications

Module #2
Turbomachinery Fundamentals
Review of thermodynamics, fluid dynamics, and heat transfer principles

Module #3
Aerodynamic Design of Axial Flow Compressors
Design considerations for axial flow compressors, including airfoil design and blade row interaction

Module #4
Centrifugal Compressor Design
Design considerations for centrifugal compressors, including impeller and diffuser design

Module #5
Axial Flow Turbine Design
Design considerations for axial flow turbines, including airfoil design and blade row interaction

Module #6
Radial Flow Turbine Design
Design considerations for radial flow turbines, including impeller and nozzle design

Module #7
Turbomachinery Performance Analysis
Analysis of turbomachinery performance using characteristic curves and performance maps

Module #8
Loss Mechanisms in Turbomachinery
Understanding and mitigation of energy losses in turbomachinery, including viscous and heat transfer losses

Module #9
Compressor Surge and Stall
Understanding and prevention of compressor surge and stall phenomena

Module #10
Turbine Cooling Systems
Design and operation of turbine cooling systems, including internal and external cooling methods

Module #11
Turbomachinery Rotor Dynamics
Analysis and mitigation of rotor dynamics and vibration in turbomachinery

Module #12
Bearing Systems and Seals
Design and operation of bearing systems and seals in turbomachinery

Module #13
Turbomachinery Materials and Manufacturing
Overview of materials and manufacturing techniques for turbomachinery components

Module #14
Additive Manufacturing in Turbomachinery
Applications and limitations of additive manufacturing in turbomachinery

Module #15
CFD and FEA in Turbomachinery Design
Application of computational fluid dynamics and finite element analysis in turbomachinery design

Module #16
Machine Learning in Turbomachinery
Applications of machine learning and artificial intelligence in turbomachinery design and optimization

Module #17
Turbomachinery Testing and Validation
Techniques and considerations for testing and validating turbomachinery performance

Module #18
Instrumentation and Measurement in Turbomachinery
Overview of instrumentation and measurement techniques in turbomachinery

Module #19
Turbomachinery Control Systems
Design and operation of control systems for turbomachinery

Module #20
Turbomachinery Diagnostics and Condition Monitoring
Techniques and strategies for diagnosing and monitoring turbomachinery condition

Module #21
Turbomachinery Maintenance and Repair
Best practices for maintenance and repair of turbomachinery

Module #22
Life Cycle Cost Analysis for Turbomachinery
Economic analysis of turbomachinery life cycle costs, including CAPEX and OPEX

Module #23
Turbomachinery Design Optimization
Methodologies for optimizing turbomachinery design, including multi-objective optimization

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Advanced Turbomachinery career

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Advanced Turbomachinery ( 24 Modules )

Advanced Turbomachinery
( 24 Modules )