VGU RESEARCH REPOSITORY
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Title: | Design, manufacture and testing of Magneto-rheological brake for electric scooter | Authors: | Le Hoang Viet Anh | Keywords: | Magneto-rheological brake;Electric scooter | Issue Date: | 2023 | Abstract: | The safety in vehicle transportation field is always the most important demand, especially when it comes to the brake of the vehicle. So far, there are many researches have proved that magneto-rheological brake could overcome limitations of traditional brake such as slow respond to driver’s command, the shoes of brake are easily wearing after a period of time. Moreover, some critical components include disc surface, fluid pipes, brake pads of traditional brake are vulnerable to damage from external source. An application of magneto-rheological in car has been conducted to replaced traditional brake system by several studies. Inspiring from that, this thesis project introduces the usage of magneto-rheological brake in two-wheel vehicle which is electric scooter specifically. This paper presents the work in designing a magneto-rheological brake for application in the electric scooter. The work of this thesis consists of main stages in product designing process: requirements determination, calculation, draft design, optimal design by Ansys software, detail design and detail calculation. CAD modeling and simulation are also carried out to ensure the working ability of the design. Technical drawings of all parts of the brake are also exported for manufacturing. Moreover, the conceptual experiment model of the brake is designed to test the actual braking ability. However, due to the limitation of time, only prototype of the brake is fabricated. This product will be kept for further testing and improving before totally using in electric scooter |
URI(1): | https://epub.vgu.edu.vn/handle/dlibvgu/1802 |
Appears in Collections: | Mechanical Engineering (MEN) Mechanical Engineering (MEN) |
Files in This Item:
File | Description | Size | Format | |
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Design, manufacture and testing of Magneto-rheological brake for electric scooter.pdf | 10.19 MB | Adobe PDF | View/Open |
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