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A qualitative correlation between friction coefficient and steel surface wear in linear dry sliding contact to polymers with SGF

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Friction 2014年第1期2卷 47-57页

作者： dorin rus Lucian CAPITANU Liliana-Laura BADITA Mechanical Department Institute of Civil EngineeringBucharest050153Romania Tribology Department Institute of Solid Mechanics of the Romanian AcademyBucharest010141Romania National Institute of Research and Development in Mechatronics and Measurement Technique Bucharest 0211631Romania

In this paper we tried to present a qualitative correlation,based on extensive experimental determinations between the value and the evolution of the friction coefficient,wear,and contact temperature,in the case of linear dry contact,for thermoplastic material reinforced with short glass fibers(SGF)and various steel *** aim was to highlight the evolution of the wear process depending on the evolution of the friction *** a result,it was possible to graphically illustrate the evolution of the friction coefficient and the change of the wear process,emphasizing the abrasive,adhesive and corrosive *** evolution of the plastic material transfer function of the contact temperature,namely of the power lost by friction(product between the contact pressure and sliding speed,p and v)was aimed and it was *** has been demonstrated that in the case of a 30%SGF content it can reach and even exceed contact temperatures very close to the flow limit of the plastic *** tried,believing successfully,the graphic illustration of the evolution of the steel surface wear and of the contact temperature,depending on the friction *** influence of the normal load and sliding speed was evaluated in detail,but also the influence of the metallic surface roughness on the friction coefficient was discussed.

关键词： friction coefficient evolution steel surface wear contact temperature plastic material transfer hardness of steel surface influence

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Wear and Contact Temperature on Steel Surface in Linear Dry Friction Contact with Polimers with SGF

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Journal of Mechanics Engineering and Automation 2015年第10期5卷 554-566页

作者： dorin rus Lucian Capitanu Mechanical Department Technical University of Civil Engineering Bucharest 050153 Romania Tribology Department Institute of Solid Mechanics of the Romanian Bucharest 010141 Romania

In this paper, we tried to present a qualitative correlation, based on extensive experimental trials between the value and the evolution of the friction coefficient, wear and contact temperature in the case of linear dry contact, thermoplastic material reinforced with SGF （short glass fibres） and various steel surfaces. We tried, believing successfully, the graphic illustration of the evolution of the steel surface wear and of the contact temperature, depending on the friction coefficient. It was analyzed in detail the influence of the normal load and sliding speed, but also of the metallic surface roughness on the friction coefficient.

关键词： Friction coefficient evolution wear of steel surface contact temperature plastic material transfer hardness of steel surface influence

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Modeling Possibilities of Very High Temperatures and Pressures at Friction Contact Plastics Filled with Glass Fibers on Steel

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材料科学与工程（中英文A版） 2013年第10期3卷 667-677页

作者： dorin rus Lucian Capitanu Liliana-Laura Badita Mechanical Department Institute of Civil Engineering Bucharest 050153 Romania Technology Tribology Department Institute of Solid Mechanics of the Romanian Academy Bucharest 010141 Romania National Institute of Research and Development in Mechatronics and Measurement Technique Bucharest 021631 Romania

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Quantitative Correlation between Friction Coefficient and Steel Surface Wear in the Case of Linear Friction Dry Contact with Reinforced Polymers with Glass Fibres

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材料科学与工程（中英文A版） 2014年第5期4卷 135-145页

作者： rus dorin Lucian Capitanu Liliana-Laura Badita Mechanical Departatment Institute of Civil Engineering Bucharest 050153 Romania Tribology Department Institute of Solid Mechanics of the Romanian Academy Bucharest 010141 Romania National Institute for Research and Development in Mechatronics and Measurement Techniqe Bucharest 021631 Romania

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