Inhomogeneous 3D Finite Element Model for Prediction of Free Surface Roughening

Tsuyoshi Furushima; Tetsuro Masuda; Kenichi Manabe; Sergei Alexandrov

doi:10.4028/www.scientific.net/AMR.418-420.1040

Paper Titles

Idealisation and Formulation in Structural Dynamics Using Modal Analysis
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Impact of Shaft Coaxiality on the Local Stiffness of Angular Contact Ball Bearing
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Thickness Distribution Model of Condensate on Rotary Substrate by EB-PVD
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Deformation and Heat Transfer Analysis for High Speed Dieless Drawing of AZ31 Magnesium Alloy Tubes
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Inhomogeneous 3D Finite Element Model for Prediction of Free Surface Roughening
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Electrical and Flexural Properties of Copper and Graphite Filled Phenolic Resin Composites
p.1044

Research on the Counterweight in the Process of Diamond Wire Saw Cutting Polysilicon
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Study on the Dielectric Properties of CaCu₃Ti₄O₁₂ Ceramics by the Brickwork Layer Model
p.1056

A Dynamic Dispatching Method of Resource in Cloud Computing Environment
p.1060

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Inhomogeneous 3D Finite Element Model for Prediction of Free Surface Roughening

Abstract:

In this study, we evaluated the characteristics of 3D finite element (FE) model considering material inhomogeneity for prediction of free surface roughening. Free surface roughening behavior can be observed by this model. The variation in material inhomogeneity parameter value has a strong correlation with the rate of increase in the surface roughness. macroscopic strength coefficient K value does absolutely not affect the rate of increasing surface roughness. Strain hardening sensitivity index n value slightly affects the free surface roughening behavior. The true stress – true strain curve of the inhomogeneous FE model is in good agreement with those of the homogeneous FE model and the experimental result. As a result, the characteristics evaluation of suggested model considering material inhomogeneity is conducted.