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WIZAPE
Apprentice Mode
10 Modules / ~100 pages
Wizard Mode
~25 Modules / ~400 pages

Turbomachinery Design and Analysis
( 28 Modules )

Module #1
Introduction to Turbomachinery
Overview of turbomachinery, types, and applications
Module #2
Thermodynamic Principles
Review of thermodynamic principles, energy conversion, and performance metrics
Module #3
Aerodynamics and Gas Dynamics
Basic aerodynamics and gas dynamics principles, flow regimes, and losses
Module #4
Turbomachinery Components
Overview of turbomachinery components, including impellers, diffusers, and volutes
Module #5
Centrifugal Compressor Design
Design principles and methods for centrifugal compressors
Module #6
Axial Compressor Design
Design principles and methods for axial compressors
Module #7
Turbine Design Fundamentals
Design principles and methods for turbines, including axial and radial flow
Module #8
Pump Design Fundamentals
Design principles and methods for pumps, including centrifugal and positive displacement
Module #9
Turbomachinery Performance Analysis
Methods for analyzing turbomachinery performance, including efficiency, power, and flow rates
Module #10
Loss Mechanisms and Efficiency Improvement
Understanding and mitigating losses in turbomachinery, including aerodynamic, mechanical, and thermal losses
Module #11
Experimental Methods for Turbomachinery Testing
Overview of experimental methods for testing and characterizing turbomachinery performance
Module #12
Computational Fluid Dynamics (CFD) for Turbomachinery
Introduction to CFD methods and applications for turbomachinery design and analysis
Module #13
Structural Analysis and FEA for Turbomachinery
Introduction to structural analysis and finite element methods for turbomachinery design and analysis
Module #14
Rotor Dynamics and Vibration Analysis
Understanding and analyzing rotor dynamics and vibration in turbomachinery
Module #15
Turbomachinery Control and Optimization
Methods for controlling and optimizing turbomachinery performance, including feedback control and optimization algorithms
Module #16
Case Studies in Turbomachinery Design and Analysis
Real-world case studies of turbomachinery design and analysis, including successes and challenges
Module #17
Advanced Topics in Turbomachinery
Exploration of advanced topics in turbomachinery, including new materials, additive manufacturing, and digital twins
Module #18
Project Development and Implementation
Guided project development and implementation, applying course concepts to a real-world turbomachinery design and analysis problem
Module #19
Turbomachinery System Design and Analysis
Design and analysis of turbomachinery systems, including selection, sizing, and integration
Module #20
Reliability, Maintainability, and Safety
Considering reliability, maintainability, and safety in turbomachinery design and operation
Module #21
Emissions and Environmental Considerations
Understanding and mitigating environmental impacts of turbomachinery, including emissions and noise
Module #22
Thermoeconomic Analysis and Optimization
Thermoeconomic analysis and optimization of turbomachinery systems, including cost-benefit analysis
Module #23
Turbomachinery Data Analysis and Visualization
Methods for data analysis and visualization in turbomachinery, including data mining and machine learning
Module #24
Machine Learning and AI in Turbomachinery
Applications of machine learning and AI in turbomachinery design, analysis, and operation
Module #25
Industry Trends and Future Directions
Overview of current industry trends and future directions in turbomachinery design and analysis
Module #26
Design Project Presentations
Student presentations of turbomachinery design projects, including feedback and discussion
Module #27
Final Project Report and Defense
Submission and defense of final turbomachinery design and analysis project reports
Module #28
Course Wrap-Up & Conclusion
Planning next steps in Turbomachinery Design and Analysis career


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