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This project was from my first year engineering course which was during the pandemic leading for all the work on this to be done remotely.
This project focuses on designing a sustainable, efficient, and durable wind turbine blade tailored to meet Sweden's ambitious goal of achieving zero greenhouse gas emissions by 2045. The team's innovative approach emphasizes eco-friendly materials, aerodynamic efficiency, and long-lasting structural integrity.
Granta EduPack from Ansys was used to filter the desired material properties required for our blade design. We then took calculations alongside a stress simulation to determine the maximum deflection our design would face in operation.
Team Photo :)
Team Photo :)
Objective Tree
Objective Tree
Desired Objectives with Metrics
Desired Objectives with Metrics
MPI Selection Based on Objectives
MPI Selection Based on Objectives
Individual MPI Based on Objective
Individual MPI Based on Objective
Material Property Chart in Granta
Material Property Chart in Granta
Material Selection and Alternatives
Material Selection and Alternatives
Material Decision Matrix
Material Decision Matrix
Material Choice Justification
Material Choice Justification
Low Carbon Steel Material Properties
Low Carbon Steel Material Properties
Deflection Estimation Calculation
Deflection Estimation Calculation
Blade Side View
Blade Side View
Blade Top View
Blade Top View
Blade Deflection Simulation
Blade Deflection Simulation
Final Peer Review Notes
Final Peer Review Notes
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