SIMULASI TEKANAN KONTAK PEMBEBANAN MENGGUNAKAN LOAD STANDARD ASTM F3141 PADA ARTIFICIAL KNEE JOINT DENGAN FINITE ELEMENT ANALYSIS
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Institusion
Universitas PGRI Semarang
Author
SUSILO AZWAR FIRDAUS, Azwar
Subject
TE Highway engineering. Roads and pavements
Datestamp
2024-06-24 03:26:34
Abstract :
The knee joints in Indonesia is increasing from year to year, in Indonesia alone there are 4000 knee joint replacements every year, there are many knee joint surgeries experienced by Indonesians or revisions due to improper use of medical devices. Damage to the knee joint is often the culprit of paralysis in old age, especially in women. Replacement at old age can withstand movements such as prayer and trisandya related to imported medical equipment, making the knee joints used for Indonesians unable or limited, this limitation is contributed by the damage to the knee joints due to erosion of the surface between the artificial knee joints. The strength of the artificial knee joint will be simulated using simulation software using FEM (finite element method) as a computational system. Previously, it had been reverse engineered using CAD software (computer Aided Drawing) and as a Past Model, it used a literature review with the Depuy Spec model. Keywords: Artificial knee joint, FEM, Loading, Medical Device
The knee joints in Indonesia is increasing from year to year, in Indonesia alone there are 4000 knee joint replacements every year, there are many knee joint surgeries experienced by Indonesians or revisions due to improper use of medical devices. Damage to the knee joint is often the culprit of paralysis in old age, especially in women. Replacement at old age can withstand movements such as prayer and trisandya related to imported medical equipment, making the knee joints used for Indonesians unable or limited, this limitation is contributed by the damage to the knee joints due to erosion of the surface between the artificial knee joints. The strength of the artificial knee joint will be simulated using simulation software using FEM (finite element method) as a computational system. Previously, it had been reverse engineered using CAD software (computer Aided Drawing) and as a Past Model, it used a literature review with the Depuy Spec model. Keywords: Artificial knee joint, FEM, Loading, Medical Device
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