The Development of a Carbon fiber Aerodynamic Kit for a Formula Student team
Tasse, Mohamed Yassine (2024)
2024
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2024121636218
https://urn.fi/URN:NBN:fi:amk-2024121636218
Tiivistelmä
The aim of this thesis work is to allow the reader to have a glimpse into how an Aero Kit is made, while also providing the necessary theory on material engineering, fluid dynamics, and the rules of Formula Student.
The study of the motion of air, or aerodynamics, has to be one of the technological breakthroughs that impacted motorsports most and helped shaping the automotive industry as we know it. Gains in top speed, stability, cornering, and grip can be achieved from a well designed, well-thought-through Aero Kit. Even within the confines of Formula Student competitions, where the average speeds may seem modest, the impact of aerodynamics is significant.
When engineering any object, picking the right material to use is crucial, especially for our case study. Carbon polymers allowed the next leap forward in motorsports and were an excellent fit; lightweight, high tensile strength, and pretty simple to integrate.
In this thesis, the main focus will be the manufacturing and production. I was lucky enough to be part of the aerodynamics department at Metropolia University and will be shedding light on the techniques, materials, and technologies that he came across.
By combining theoretical foundations with practical work, readers will gain a comprehensive understanding of the intricate craftsmanship and inventive techniques inherent in Aero Kit manufacturing. This synthesis will facilitate a deeper appreciation for the blend of art and innovation that characterizes the development and production of Aero Kits.
The study of the motion of air, or aerodynamics, has to be one of the technological breakthroughs that impacted motorsports most and helped shaping the automotive industry as we know it. Gains in top speed, stability, cornering, and grip can be achieved from a well designed, well-thought-through Aero Kit. Even within the confines of Formula Student competitions, where the average speeds may seem modest, the impact of aerodynamics is significant.
When engineering any object, picking the right material to use is crucial, especially for our case study. Carbon polymers allowed the next leap forward in motorsports and were an excellent fit; lightweight, high tensile strength, and pretty simple to integrate.
In this thesis, the main focus will be the manufacturing and production. I was lucky enough to be part of the aerodynamics department at Metropolia University and will be shedding light on the techniques, materials, and technologies that he came across.
By combining theoretical foundations with practical work, readers will gain a comprehensive understanding of the intricate craftsmanship and inventive techniques inherent in Aero Kit manufacturing. This synthesis will facilitate a deeper appreciation for the blend of art and innovation that characterizes the development and production of Aero Kits.