Static Friction Coefficient into Cylindrical Joints Assemblies
Journal Title: Tribology in Industry - Year 2015, Vol 37, Issue 4
Abstract
The aim of this research is to analyze the behavior of the transition between static and dynamic friction coefficient in a cylindrical joint, in order to reach high reliability when loads are acting. The friction between cylindrical contact faces is analyzed both in dry and lubricated conditions up to the moment that the assembly starts moving while tilting the entire assembly. It means that it is analyzed a complex static friction developed along a chain and its sprocket.
Authors and Affiliations
A. Todi-Eftimie , S. Bobancu , C. Gavrila , L. Eftimie
Keywords
Related Articles
- EP ID EP112054
- DOI -
- Views 106
- Downloads 0
Investigation of Friction Coefficient of Various Polymers Used in Rapid Prototyping Technologies with Different Settings of 3D Printing
This paper deals with the research of friction coefficient in tribopairs made of the polymers that are the most commonly used in rapid prototyping technologies. Parts manufactured with the use of a 3D printer with differ...
ANN & ANFIS Models for Prediction of Abrasive Wear of 3105 Aluminium Alloy with Polyurethane Coating
The quest for safety and reliability has increased significantly after Industrial revolution, so is the case for coating industries. In this paper 3105 Aluminium alloy sheet is coated with organic polyurethane coating. A...
Recycled Aluminium Cans/Eggshell Composites: Evaluation of Mechanical and Wear Resistance Properties
Aluminium based metal matrix composites have been produced from recycled aluminium cans and 150µm sized eggshell particles using a stir cast process. The mechanical properties of the control and aluminium can/eggshell co...
Roughness and Texture Concepts in Tribology
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main methods of surface roughness analysis are discussed. A review of theoretical and practical problems in tribology involving co...
The Effect of Fibre Bridging on Mode I Interlaminar Fracture Toughness of Carbon-Aramid/Epoxy Intra-Ply Hybrid Laminates
The present study investigates mode I interlaminar fracture toughness of aramid/epoxy, carbon/epoxy and intra-ply hybrid composites, obtained from carbon and aramid fibres as the reinforcement of an epoxy matrix, maintai...