2차원 유한요소분석을 이용한 임플란트 보철물의 적합도 분석
Analysis of Implant Prosthesis Using 2-Dimensional Finite Element Method
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Abstract
Analysis of Implant Prosthesis using 2-Dimensional Finite Element Method Ho-Beom Kwon, Chan-Je Park, Seok-Hyoung Lee Department of Prosthodontics and Department of Conservative Dentistry*, Samsung Medical Center, Sungkyunkwan University School of Medicine Accurate fit of the implant prosthesis is important in ensuring long term success of osseointegrated implant. Inaccurate fit of the implant prosthesis may give rise to complications and mechanical failure. To evaluate fite of the implant prosthesis, the development of the methods of analyzing the degree of misfit is important in clinical practice. To analyze the degree of the misfit of implant prosthesis, modal testing was used. A 2-dimensional finite element modal testing was accomplished. Four 2-dimensional finite element models with various levels of misfit of implant prostheses were constructed. Thickness gauges were simulated to make misfit in the implant prostheses. With eigenvalue analysis, the natural frequencies of the models were found in the frequency domain representation of vibration. According to the difference of degree of misfit, natural frequencies of the models were changed.
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