나노복합체 마모해석을 통한 나노입자 노출량 예측용 전/후처리 기술 개발
Development of pre/post-processing technique through wear analysis of nano composite for prediction of release amount of nano particles
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In this article, to predict the wear amount of nano particles in a worn nano composite,computational analysis pre/post-processor were developed using ABAQUS and visual basic programs. Theabrasion, which is one of nano particles release scenarios, was applied in the computational analysis. Moreover, reciprocation, which is the abrasion type, was selected and incarnated in abrasioncomputational analysis. Also, to predict wear amount of nano composite in computational analysis,archard equation was applied and the predicted wear amount was evaluated compare with experimentalvalue. The predicted wear amount of nano composite was increased in accordance with increasing forceand was similar to result of experimental value.
Abstract
In this article, to predict the wear amount of nano particles in a worn nano composite,computational analysis pre/post-processor were developed using ABAQUS and visual basic programs. Theabrasion, which is one of nano particles release scenarios, was applied in the computational analysis. Moreover, reciprocation, which is the abrasion type, was selected and incarnated in abrasioncomputational analysis. Also, to predict wear amount of nano composite in computational analysis,archard equation was applied and the predicted wear amount was evaluated compare with experimentalvalue. The predicted wear amount of nano composite was increased in accordance with increasing forceand was similar to result of experimental value.
참고문헌 (8)
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- 이세환, "Autoadhesion 현상을 이용한 PCL 세포 지지체 제작", 한국기계기술학회지, 14(2), pp.25~29 (2012), 한국기계기술학회[DOI]
- 이세환, "전산해석과 압축실험을 통한세포지지체의 기계적 특성 평가", 한국기계기술학회지, 15(6), pp.937~941 (2013), 한국기계기술학회