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Experimental paper - Coggle Diagram
Experimental paper
Results
T and P performance
Centrifugal force
Improvement percentage
Comparison with Other Research Works
Introduction
Motivation
Broad vision
Addressing global warming
Significance of RE
Promotes into HKT
Hydro power systems
WT specifications
WT calssification
HAWT
VAWT
Darrieus
Savonius
Pros/Cons
Importance of Savonius
Advantages
Cost-effective
Simplicity
Omnidirectional
Issues
Low efficiency
Background
Literature review
Key aspects of Savonius
Torque generation
+T on Adv
-T on Ret
Working principles
Performance enhancement
Reduction of -T
Fundamental
Techniques
External devices
Shielding plates
Deflectors
Guide vanes
Internal flow modifier
Static venting
Dynamic venting
Identifying gaps
rarely explored
Static venting issues
Limited experiment tests
Potential to new design
Purpose
Problem statement
Reduce -T on Ret
Preserve +Pr on Adv
Light material
Objectives
Dynamic venting approach
Flap design
Experimental tests
Maximize Cp
Experimental methods
Theory
Savonius turbine model
Flap configurations
Experimental test
Wind tunnel facility
Dynamic Torque Measurement
Data analysis
Data Reduction
Uncertainty Analysis
Wind Speed Selection
Benchmark Validation
Conclusion