We found a match
Your institution may have access to this item. Find your institution then sign in to continue.
- Title
Electromagnetic Interaction Model between an Electric Motor and a Magnetorheological Brake.
- Authors
Caushaj, Sidorela; Imberti, Giovanni; de Carvalho Pinheiro, Henrique; Carello, Massimiliana
- Abstract
This article focuses on modelling and validating a groundbreaking magnetorheological braking system. Addressing shortcomings in traditional automotive friction brake systems, including response delays, wear, and added mass from auxiliary components, the study employs a novel brake design combining mechanical and electrical elements for enhanced efficiency. Utilizing magnetorheological (MR) technology within a motor–brake system, the investigation explores the influence of external magnetic flux from the nearby motor on MR fluid movement, particularly under high-flux conditions. The evaluation of a high-magnetic-field mitigator is guided by simulated findings with the objective of resolving potential issues. An alternative method of resolving an interaction between an electric motor and a magnetorheological brake is presented. In addition, to test four configurations, multiple absorber materials are reviewed.
- Subjects
ELECTROMAGNETIC interactions; MAGNETORHEOLOGY; COMPUTATIONAL electromagnetics; MAGNETORHEOLOGICAL fluids; ELECTRIC motors; BRAKE systems; AUTOMOBILE brakes
- Publication
Designs, 2024, Vol 8, Issue 2, p25
- ISSN
2411-9660
- Publication type
Article
- DOI
10.3390/designs8020025