Development of an ankle de-loading device based on Stewart platform: [a thesis submitted to Auckland University of Technology in partial fulfilment of the requirements for the degree of Master of Engineering (ME), 2020] / Hengyang Ding ; supervisors: Lorenzo Garcia, Mark Beckerleg, David White.

This paper presents an ankle de-loading device based on a Stewart platform for ankle pain caused by Osteoarthritis (OA)/Rheumatoid Arthritis (RA) or ankle fracture surgery. The developed device aims to relieve the ankle pain by lifting the posterior section of the foot and distributing the ankle pre...

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Bibliographic Details
Main Author: Ding, Hengyang (Author)
Corporate Author: Auckland University of Technology. School of Engineering, Computer and Mathematical Sciences
Format: Ethesis
Language:English
Subjects:
Online Access:Click here to access this resource online
Description
Summary:This paper presents an ankle de-loading device based on a Stewart platform for ankle pain caused by Osteoarthritis (OA)/Rheumatoid Arthritis (RA) or ankle fracture surgery. The developed device aims to relieve the ankle pain by lifting the posterior section of the foot and distributing the ankle pressure to other parts of the body. The thesis elaborates on design and development process of the device. The developing process of the system follows strictly the engineering design process. The final design of system was selected among three different concepts. The structural calculations of the system were conducted, and the developed system was built for further experiments. Validation experiments for ankle de-loading performance were conducted by comparing the force condition with and without the device using force sensors placed on foot sole. The result indicated that the reaction force at the posterior section of the foot was decreasing significantly. Therefore, we can assume that the developed device can de-load the ankle joint force by leaning the foot heel toward the toe section.
Author supplied keywords: Ankle; Gait Cycle; Arthritis; Stewart Platform.
Physical Description:1 online resource
Bibliography:Includes bibliographical references.
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