Tribo-mechanical Characterisation of Wear Behaviour for Manufacturing of Wind Turbine Gearbox Structural Parts.

Autor: Mendibil-Zaballa, E., Sánchez-Galíndez, J.A., Saenz-de-Ugarte-Sevilla, P., Pombo-Rodilla, I., Fernandez-Sisón, A.
Předmět:
Zdroj: Procedia Engineering; 2015, Vol. 132, p918-925, 8p
Abstrakt: The main objective of this study is to simulate and compare the wear behaviours of ADI1000 and EN-GJS700-2 against 18CrMo4 for a specific key/housing geometry when surface and lubrication conditions are changed. These materials are of great interest for other structural parts, especially in the wind turbine industry. Two main aspects are going to be analysed: Wear Track Evolution and Friction Coefficient Evolution. The test consists in sliding a piece of a cylinder (on which a normal force of 685.2 N is applied) in contact with the moving face of the disc. The relative displacement between the two samples is a continuous sliding with constant speed of 1.5 m/s. According to lubrication, there are two types of tests in order to identify the effect of lubrication in the wear behaviour. [ABSTRACT FROM AUTHOR]
Databáze: Supplemental Index