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Simulation studies MES impact on terrain roughness friction in plastic deformation process steel

Korga S., Duda A., Gnapowski S., Lenik K.

Archives of Materials Science and Engineering

2015

Vol. 72, nr 1

26--32

Purpose: The article aims is discuss the impact the state of the 3D model geometry processes sliding friction FEM simulation. Design/methodology/approach: Modeling and analysis of sliding friction tribological phenomena in the program Deform 3D. Findings: The paper presents a comparison of the results of tests carried out in real and virtual. It describes the common features and differing accepted research methods. Research limitations/implications: The research of sample upsetting in movement conditions enables to determinate the effectiveness of accepted research methods. Practical implications: Finite element method can be used as an effective tool for the study of phenomena forming when considering different operating conditions of individual elements provided the appropriate tools for FEA. Originality/value: The use of sliding friction apparatus and FEM for plastic deformation processes in research.

Deform 3D and Solidworks FEM tests in conditions of sliding friction

Lenik K., Korga S.

Archives of Materials Science and Engineering

2012

Vol. 56, nr 2

89--92

Purpose: The aim of this study is to compare systems, modelling and FEM analysis for metal forming on the example of upsetting conditions in a specially constructed tribological apparatus. Design/methodology/approach: Modelling and analysis of the process of upsetting the traffic conditions using the Deform 3D software ver. 10 and Solidworks 2010 - Simulation Module. Findings: The paper presents a comparison of the results of tests conducted in real and virtual conditions. It describes the adopted common features and different research methods. Research limitations/implications: The research of sample upsetting in movement conditions enables to determinate the effectiveness of accepted research methods. Practical implications: Finite element method can be used as an effective tool for the study of phenomena forming when considering different operating conditions of individual elements provided the appropriate tools for FEA. Originality/value: The use of sliding friction apparatus and FEM for plastic deformation processes in research.