In order to deeply study the injury mechanism,clinical typing and diagnosis and treatment plan of ankle-foot fracture,an experimental device for ankle fracture modeling making was developed.The AMESim virtual simulation model of the hydraulic actuating system was established,and the experimental device test was carried out for wood,plastic prosthesis and animal foot specimens.The results show that the impact loading force for the animal foot bone specimen reaches 13.73 kN,which meets the technical requirements.It provides an experimental basis for clinical medical talents specialized in orthopedics,trauma and rehabilitation,as well as innovative medical equipment research and development talents in the context of the combination of medicine and industry in the new engineering discipline.
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