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HYPERLOOP_CHASSIS (2024)
Designing a composite Hyperloop chassis
AerospaceCompositesCAD
// OVERVIEW
3rd Year final project: Designed and analyzed a composite chassis structure for Hyperloop Manchester pod using advanced materials and FEA simulations. This project involved extensive research into composite materials, structural analysis, and optimization techniques to create a lightweight yet robust chassis design suitable for high-speed transportation systems.
// FEATURES
- ▸Hyperloop is a high-speed transportation concept where pods travel through low-pressure tubes to reduce air resistance and reach speeds beyond traditional trains. A major design challenge is minimizing weight while maintaining structural strength and safety.
- ▸This project presents a new Hyperloop pod chassis made from carbon fiber reinforced composites instead of aluminum. The design significantly reduces weight while withstanding acceleration and braking loads.
- ▸Computer simulations were used to optimize performance and safety. The resulting chassis is lighter, modular, and more suitable for future Hyperloop systems, highlighting the role of advanced materials in energy-efficient transportation.